НАБОР ЗУБНЫХ КОМПОНЕНТОВ

Группа изобретений включает варианты набора охватываемых зубных компонентов, относится к области стоматологии, в частности к имплантологии, и предназначена для восстановления утраченного зуба. Набор охватываемых зубных компонентов в виде винтов абатмента содержит первый винт абатмента и второй винт абатмента. Первый винт абатмента выполнен с возможностью соединения с сопрягающимся первым абатментом. Первый винт абатмента содержит резьбовой участок, имеющий стержень, снабженный наружной резьбой. Второй винт абатмента выполнен с возможностью соединения с сопрягающимся вторым абатментом. Второй винт абатмента содержит резьбовой участок, имеющий стержень, снабженный наружной резьбой. Стержень резьбового участка указанного первого винта абатмента имеет меньший диаметр, чем стержень резьбового участка указанного второго винта абатмента. При окончательном привинчивании с одинаковым крутящим моментом к своему соответствующему сопрягающемуся абатменту указанный первый винт абатмента выполнен с возможностью ...

ВНУТРИКОСТНЫЙ ИМПЛАНТАТ ОТДЕЛЬНОГО ЗУБА

Изобретение относится к медицине и медицинской технике. Технический результат - обеспечение допустимого биологического уплотнения между внутренней частью имплантата и его наружной стороной. Внутрикостный имплантат отдельного зуба с основанием и верхней частью, в котором основание, следуя от коронального к цервикальному концу, имеет область геометрического замыкания с элементами геометрического замыкания для соединения с верхней частью и центрирующую область. Верхняя часть в дополнение к этому имеет участок геометрического замыкания и центрирующий участок, элементы геометрического замыкания области геометрического замыкания расположены со смещением от торцевой стенки основания. Центрирующая область может непосредственно примыкать к области геометрического замыкания. Согласно предпочтительному варианту выполнения может быть предусмотрено уплотнительное кольцо между верхней частью и основанием. 20 з.п.ф-лы, 6 ил.

МЕДИЦИНСКОЕ УСТРОЙСТВО ДЛЯ СИСТЕМ ЗУБНЫХ ПРОТЕЗОВ, СИСТЕМА ЗУБНЫХ ПРОТЕЗОВ, ИСПОЛЬЗОВАНИЕ МЕДИЦИНСКОГО УСТРОЙСТВА И СПОСОБ ФОРМОВАНИЯ ПРОТЕЗИРУЮЩИХ УСТРОЙСТВ

Группа изобретений относится к стоматологии. Система зубного протеза относится к типу, содержащему по меньшей мере имплантат, предназначенный для установки в ложе, сделанном в костной ткани верхней челюсти или нижней челюсти пациента, по меньшей мере зубной продукт или соединительный элемент, содержащий по меньшей мере отверстие гнезда, продольно проходящее по существу вдоль высоты зубного продукта или соединительного элемента, по меньшей мере фиксирующий элемент, спроектированный так, что его вставляют в отверстие гнезда и он обеспечивает сцепление зубного продукта или соединительного элемента с имплантатом. Медицинское устройство содержит предварительно сформированный твердый корпус, имеющий предварительно определенный объем и удлиненную форму, спроектированный так, что его вставляют, с возможностью извлечения, внутрь продольного отверстия гнезда, и дополнительно спроектированный так, что его помещают между фиксирующим элементом и эстетической частью зубного продукта, или так, что его ...

ЭНДОКАНАЛЬНЫЙ ОДИНОЧНЫЙ ЗУБНОЙ ИМПЛАНТАТ

Изобретение относится к медицинской технике, в частности к стоматологии. Эндоканальный одиночный зубной имплантат для несъемного зубного протеза обеспечивает надежную защиту от самопроизвольного проворачивания относительно корпуса простыми конструктивными средствами за счет того, что корпус на своем дистальном конце имеет кольцевую выемку для приема проксимального центриpующего буртика верхней части дистанционной втулки, которая снабжена по меньшей мере одной фасонной выемкой, в то время как центрирующий буртик имеет соответствующие по форме фасонные выемки, а внутреннее отверстие в верхней части дистанционной втулки выполнено с упором-уступом и соответствует по форме кольцевому уступу нижней части втулки, при этом размеры сопрягающихся поверхностей находятся в соответствии. 8 з.п. ф-лы. 8 ил.

Стоматологический крепежный компонент, выполненный с возможностью прикрепления к стоматологическому компоненту, и стоматологический узел, содержащий стоматологический крепежный компонент

ЗУБНОЙ ПРОТЕЗ

... 1. Зубной протез, содержащий абатмент, винт и внедряемый в костную ткань имплантат, имеющий опорную поверхность, на которую опирается нижний торец абатмента, и на которой расположен выступ с центральным вертикальным резьбовым отверстием для винта, соединяющего имплантат с абатментом, при этом абатмент имеет ответное под выступ отверстие, отличающийся тем, что опорная поверхность имплантата и нижний виток резьбового соединения расположены выше уровня костной ткани. ! 2. Зубной протез по п.1, отличающийся тем, что на опорной поверхности имплантата по периметру выступа выполнена канавка, а на нижнем торце абатмента выполнен соответствующий выступ, конгруэнтный канавке, при этом основание канавки расположено выше уровня костной ткани. ! 3. Зубной протез по п.1, отличающийся тем, что выступ имплантата и соответствующее отверстие абатмента выполнены цилиндрическими. ! 4. Зубной протез по п.1, отличающийся тем, что выступ имплантата и соответствующее отверстие абатмента в поперечном сечении имеют ...

ДЕНТАЛЬНЫЙ ИМПЛАНТАТ

ЗУБНОЙ ИМПЛАНТАТ

... 1. Зубной имплантат, получаемый для снижения резорбции кости по внутрикостной части в челюстной кости и, содержащий:тело имплантата;при этом указанное тело содержит, по меньшей мере, одну торцевую поверхность, определяющую внутреннюю границу некольцевого срезанного объема, продольно расположенного по одной стороне указанного тела;отличающийся тем, что:указанный срезанный объем формируются для заполнения толщей кости, получаемой от части челюстной кости, смежной с указанной торцевой поверхностью для того, чтобы обеспечить больший объем кости способом, который будет предотвращать потерю кости; иуказанная, по меньшей мере, одна торцевая поверхность позиционируется для размещения указанного срезанного объема между ней и частью указанной челюстной кости, для которой указанная, по меньшей мере, одна торцевая поверхность является ближайшей поверхностью имплантата, когда имплантируют указанное тело.2. Зубной имплантат по п.1, дополнительно содержащий:верхнюю поверхность; ипринимающий винт канал ...

ЗУБНОЙ ИМПЛАНТАТ (ВАРИАНТЫ)

... 1. Зубной имплантант, содержащий корпус, имеющий:проксимальный участок по меньшей мере с одним проксимальным отверстием, сконфигурированный с возможностью прикрепить к нему протез, который снабжен установочным элементом, сконфигурированным с возможностью прикрепления протеза к имплантанту, идистальный участок с дистальным концом, в котором или вблизи которого выполнено по меньшей мере одно дистальное отверстие и который сконфигурирован с возможностью произвести имплантацию непосредственно в верхнюю или нижнюю челюсть;при этом корпус имплантанта дополнительно содержит:по меньшей мере один внутренний канал, причем обеспечивается сообщение по потоку между по меньшей мере одним проксимальным отверстием и по меньшей мере первым участком наружной среды у дистального конца по меньшей мере через одно дистальное отверстие и внутренний канал, иразделяющий узел, выполненный отдельно от установочного элемента протеза и сконфигурированный с возможностью селективно и обратимо прерывать сообщение по потоку ...

INTERBONE IMPLANT

Tooth implant protected against rotation - has post connected by screw union with base body, and distance socket with centering connection

The base body (10) has an inner thread (16), and near its distal upper edge has a ring recess (18) which at its proximal end abuts upon a locating shoulder (20). In this shoulder are four equally peripherally spaced deepened pockets (22). Apart from the base body made from titanium coated with hydroxylapatite, distance socket upper (14) and lower (12) parts are incorporated. The distance socket upper part (14) has a centring union (24) at its proximal end, with the outer dia. of which the ring recess (18) of the base body corresponds. This union has four equally peripherally spaced tongues (26) which are complementary to the base body pockets (22). The distal part of the inner bore of the distance socket upper part (14) has a greater dia. than the proximal part, whereby in the transition between the two parts or sections a stop shoulder (28) is formed. ADVANTAGE - Enossal individual tooth implant with protection against rotation.

Mounting element for fixing removable artificial denture, has upper end for connecting mounting element main portion with artificial denture, and base portion of mounting element has outer ring

The mounting element (10) has a lower end (13) that is configured for fastening the mounting elements main portion with an implant (21) or abutment. An upper end configured for connecting the mounting element main portion with an artificial denture. A base portion of the mounting element has an outer ring (11). The base portion of the mounting element is bent. The outer ring is provided with several gaps. The recess is provided between the outer rings. The main portion of the mounting element is made of zirconium oxide and ceramics.

Enossales Einzelzahnimplantat sowie Konterwerkzeug zur Verwendung bei einem derartigen Implantat.

Zahnprothese

Zahnprothese (100), aufweisend:- ein Zahnimplantat (10) mit einem Außengewinde (26) zum Einschrauben des Zahnimplantats (10) in einen Kieferknochen und mit einem im Inneren des Zahnimplantats (10) angeordneten Innengewinde (22);- eine Suprakonstruktion (20) mit einer internen Bohrung (12); und- eine Schraube (30) zur Befestigung der Suprakonstruktion (20) an dem Zahnimplantat (10), wobei die Schraube (30) einen Schraubenkopf (14) mit einer zylindrischen oder konischen Mantelfläche (28) und einen sich an ein unteres Ende des Schraubenkopfes (14) anschließenden Schaft (16) aufweist, an dem ein Außengewinde (18) angeordnet ist,wobei in montiertem Zustand der Zahnprothese (100) die Schraube (30) durch die interne Bohrung (12) der Suprakonstruktion (20) in das Zahnimplantat (10) eingesetzt ist und das Außengewinde (18) der Schraube (30) in das Innengewinde (22) des Zahnimplantats (10) eingreift, undwobei der Schraubenkopf (14) zwischen der zylindrischen oder konischen Mantelfläche (28) und seinem ...

Künstlicher Zahnersatz

Die Erfindung betrifft einen künstlichen Zahnersatz (10), umfassend ein Verankerungsteil (15) mit einem koronalen Ende (16) und einem apikalen Ende (17), wobei sich eine Aufnahmeöffnung (20) ausgehend vom koronalen Ende (16) in Richtung des apikalen Endes (17) erstreckt. Erfindungsgemäß weist die Aufnahmeöffnung (20) ausgehend vom koronalen Ende (16) einen ersten Konusabschnitt (25) und einen zwischen dem Konusabschnitt (25) und dem apikalen Ende (17) ausgebildeten ringförmigen Innenumfangsflächenabschnitt (30) auf, wobei am Innenumfangsflächenabschnitt (30) mehrere, insbesondere drei, Vorsprünge (35) ausgebildet sind.

Dental-Prothetiksystem und prothetische Konstruktion zur Verwendung mit einem in den Kieferknochen eines Patienten inserierten Dentalimplantat

Ein Dental-Prothetiksystem (30) mit einem in den Kieferknochen eines Patienten inserierbaren Dentalimplantat (32) und mit einer auf das Dentalimplantat (32) aufsetzbaren prothetischen Konstruktion (34) soll selbst bei hoher mechanischer Belastbarkeit eine hohe Flexibilität beim Einsatz und gerade auch bei der Anpassung der Prothetik an die Mundsituation des Patienten aufweisen. Dazu bilden erfindungsgemäß das Dentalimplantat (32) an seiner zur Anbringung der prothetischen Konstruktion (34) vorgesehenen Stirnseite (50) als Trägerfläche für die prothetische Konstruktion (34) eine Auflagefläche (52) und die prothetische Konstruktion (34) eine in ihrer Kontur an die Auflagefläche (52) angepasste Basisfläche (54), wobei die Auflage- und die Basisfläche (52, 54) mit einer Anzahl von Führungspaarungen (56) versehen sind, die jeweils eine an eine der Flächen (52, 54) angeformte Führungsrippe (58) und eine korrespondierende, in die jeweils andere Fläche (52, 54) eingebrachte Führungsnut (60) umfassen ...

Zweiteiliges dentales Implantat mit aufgalvanisierter Metallschicht

Suprastrukturträger mit besonderer Innen- und Außengeometrie

Die Erfindung betrifft einen Suprastrukturträger als Teil eines prothetischen Zahnersatzes zwischen einem Implantatkörper und einer Suprakonstruktion, mit einem hohlen Implantatpfosten, einem hohlen Implantatzapfen und einem dazwischen liegenden Implantatflansch. Dabei gehen die Aushöhlungszonen des Implantatpfostens und des Implantatzapfens ineinander über. Die Aushöhlungszonen haben jeweils Mittellinien, die einen Winkel von 60 bis 86 Winkelgraden einschließen. Die Aushöhlungszone des Implantatzapfens weist eine sich zum Implantatflansch aufweitende Schraubenkopfsitzfläche auf. Zumindest Bereiche des Implantatflansches bilden eine zum Implantatpfosten hin orientierte Abstützhüllfläche, deren äußerer Rand eine Bezugsebene aufspannt, die von der Mittellinie der pfostenseitigen Aushöhlungszone senkrecht geschnitten wird. Die Mittellinien des Implantatpfostens und des Implantatzapfens schneiden oder kreuzen sich unterhalb der Bezugsebene.Mit der vorliegenden Erfindung wird ein Suprastrukturträger ...

Enossales Implantat

A system,method and apparatus for implementing dental implants

Dental Kit-of-parts and Method of assembling the same

Dental implants

A jig for preparing jaw bone for an implant

An implantation system is provided for the insertion of improved anatomically corrected modular design anterior and posterior dental implants, the apparatus includes a surgical jig for holding interchangeable primary template 18, and secondary template 19 and a surgical bone drill 61. A clamp is used to hold the jig in place in a patient s mouth and the primary template is used in the jig to drill a non-circular recess. The secondary template is then used in the jig to drill into the previously prepared recess and to place at least one bone attachment component.

Dental prosthesis element

A dental implant comprises a first portion (5) adapted to be retained in a jaw of a patient, and a second portion (8) extending from the first portion (5) and aligned therewith. The second portion (8) is provided with a slit (10) which extends over substantially its whole length. In use, the first portion (5) is inserted in the gum of a patient and the second portion (8) is then bent with respect to the first portion (5) about an axis defined by the end (11) of the slit. A tooth can then be formed on the second portion (8). ...

A dental implant

DENTALIMPLANTAT WITH INTERIOR CONNECTION

CASTING CAP

ANCHOR FOR IMPLANT BODIES AND DIRECTION DEVICE TO THEIR ADJUSTMENT

ZAHNERSATZ

A dental prosthesis is described with an implant body (1) and with an abutment (2) insertable into a receptacle of the implant body (1), which abutment forms a through-going opening (5) for accommodating a head screw (4) engaging with a female thread (6) of the implant body (1) and supports a tooth structure (3) secured against twisting. In order to ensure easy construction conditions, it is proposed that the head (7) of the head screw (4) be connected in a form fit to an anti-rotation device (9) that is bonded to the tooth structure (3) and can only be rotated together with the head screw (4).

Schraubvorrichtung für eine Kopfschraube zum Befestigen eines Abutments für einen Zahnaufbau an einem Implantatkörper

Es wird eine Schraubvorrichtung für eine Kopfschraube (9) zum Befestigen eines Abutments (8) für einen Zahnaufbau (15) an einem Implantatkörper (7), der ein Muttergewinde (11) für die das Abutment (8) durchsetzende Kopfschraube (9) aufweist, mit einem Schraubwerkzeug (2) beschrieben, das einen in ein Spannfutter (1) einsetzbaren Schaft (3) und einen in eine Steckaufnahme (13) der Kopfschraube (9) einführbaren Steckansatz (4) am Schaftende umfasst. Um vorteilhafte Konstruktionsbedingungen zu schaffen, wird vorgeschlagen, dass der Steckansatz (4) mit dem Schaft (3) über eine bei einer vorgegebenen Drehmomentbelastung brechenden Sollbruchstelle (5) verbunden ist.

Verfahren und Vorrichtung zur gleichzeitigen Einbringung einer Mehrzahl von Rohren in ein Leerrohr und Rohrbündelvorschubeinrichtung

The invention relates to a screwing device for a head screw (9) for securing an abutment (8) for a tooth structure (15) to an implant body (7), the latter having a nut thread (11) for the head screw (9) that passes through the abutment (8). The screwing device comprises a screwing tool (2) that comprises a shaft (3), which can be inserted into a chuck (1), and a plug attachment (4), which can be introduced into a plug receiving area (13) of the head screw (9), at the shaft end. In order to achieve advantageous structural conditions, the plug attachment (4) is connected to the shaft (3) via a predetermined breaking point (5) which breaks when a specified torque is applied.

Festsitzender Zahnersatz

Festsitzender Zahnersatz (100), mit einer Suprakonstruktion (2) und einemZahnimplantat (4), wobei die Suprakonstruktion (2) über ein Verbindungselement (3)an dem Zahnimplantat (4) befestigbar ist, wobei das Verbindungselement (3) übereinen Kanal (21) in der Suprakonstruktion (2) einführbar ist und einemVerschlusselement (1) zum Verschließen des Kanals (21), wobei eine lösbareVerriegelungsvorrichtung (10) vorgesehen ist durch die das Verschlusselement (1)lösbar in der Suprakonstruktion (2) befestigbar ist.

ENOSSALES IMPLANT.

SELFCUTTING THREADED BONE IMPLANT FOR DENTAL PURPOSES.

HUELSE FOR CARRYING AN ARTIFICIAL DENTURE.

Dentalimplantat mit einem Mikro- und einem Makrogewinde

The invention relates to a dental implant with either a one-piece or two-piece design, said implant consisting of a base element and an abutment that can be arranged on the base element by means of a post or connecting element, the base element being provided with a screw thread. According to the invention, a power screw thread (5) is provided in the apical region of the base element (2), the thread depths of said thread being between 0.2 and 2 mm and a micro screw thread (6) being provided in the cervical region, the thread depth of said thread being preferably 0.04 mm.

DENTALES IMPLANT FOR THE ANCHORAGE OF PROSTHESES.

ENOSSALES SINGLE TAP IMPLANT WITH ANTI-TWIST PLATE.

AROUND 360 DEGREES ROTATE-CASH AND LOCKABLE SYSTEM FOR A IN AN ANGLE ARRANGEMENT STUMP OF AN ORAL IMPLANT

DENTALIMPLANTAT

IMPLANT WITH AN IMPLANT MEMBER WITH THREAD FOR ANCHORAGE IN BONE FABRICS

TOOTH IMPLANT WITH MEANS FOR THE PREVENTION OF THE ROTATING MOTION OF THE STRUCTURE STRUCTURE

SPACER ELEMENT FOR A CEMENTED SUPERSTRUKTUR

IMPROVEMENT IN A OR CONCERNING A TO A SEAT FASTENED GAS BAG UNIT

ENOSSALES SINGLE TAP IMPLANT

DEVICE FOR A ENOSSALES TOOTH IMPLANT

ANCHOR FOR IMPLANT BODIES AND DIRECTION DEVICE TO THEIR ADJUSTMENT

ENOSSAL IMPLANT

ENOSSAL IMPLANT

Method for manufacturing the one body abutment of implant

MULTIPLE DENTAL IMPLANT, IMPLANTATION METHOD AND TOOLS THEREFOR

Dental implant prosthetic structure

The invention relates to a dental prosthetic structure for an implant, comprising: a tubular interface part (2) having an axial through-hole for admitting a fixing screw (1); a prosthetic element (5) that is coupled to the interface part (2), said prosthetic element being tubular and having an axial through-hole for admitting the fixing screw (1); and a securing element (7) for securing the prosthetic element (5) to the interface part (2), said securing element having an axial through-hole for admitting the fixing screw (1), and being introduced into the axial through-hole of the interface part (2) and into the axial through-hole (6) of the prosthetic element (5) in order to secure the two parts (2, 5), such that the axial through-holes of the three parts (2, 5, 7) are aligned, forming a passage for the fixing screw (1).

Abutment and crown coupling structure for implant

The present invention relates to an abutment and crown coupling structure for an implant. To this end, the present invention relates to an abutment and crown coupling structure for an implant, the structure having a lower part of an abutment facing and coupled to, by a bolt, the upper part of a fixture coupled to a tooth-extraction hole of the alveolar bone, and having a lower part of a crown inserted into and coupled to the upper part of the abutment, wherein the abutment has: a support stepped part formed along the edge at the lower part of an abutment body having a stepped hole; a crown supporting guide formed along the edge of the abutment body from the inner upper part of the support stepped part; and an inclined groove part formed at the upper part of the abutment body, and the crown has: an abutment insertion groove, of which the lower side is open, formed at a crown body; a hanging stepped part formed at the edge of an inlet side of the abutment insertion groove; a shock-absorbing ...

Adapter for attaching a dental superstructure to a dental implant and dental assembly comprising the adapter

The invention relates to an adapter (1, 1') for attaching a dental superstructure (50) to a dental implant (30). The adapter (1, 1') comprises a coronal attachment portion (2, 2') for attaching the adapter (1, 1') to the dental superstructure (50), an apical attachment portion (4) for attaching the adapter (1, 1') to the dental implant (30) and an intermediate portion (6) arranged between the coronal attachment portion (2, 2') and the apical attachment portion (4). The apical attachment portion (4) is a protrusion defining an apical end portion of the adapter (1, 1') and configured to be received in a corresponding recess (32) of the dental implant (30). The protrusion is rotationally symmetric, so that the adapter (1, 1') is rotatable relative to the dental implant (30) in the state of attachment of the adapter (1, 1') to the dental implant (30). Further, the invention relates to a dental assembly comprising the dental superstructure (50) and at least one such adapter (1, 1').

Dental platform assembly and methods

A dental implant system comprises a base member that is adapted to be embedded within a patient's jawbone at a treatment site. The base member has a generally flat top side defining an outer periphery, a bottom side, and a central opening. At least one recess is included in the top side for receiving an alignment pin. The system further includes an implant screw that comprises a head and a threaded end. The threaded end is adapted to pass through the central opening of the base member and into the patient's jawbone. Also, the head is adapted to be seated within the central opening of the base member after the threaded end is screwed into the patient's jawbone. The implant screw further includes a threaded opening in the head.

Dental implants, devices and methods associated with dental implantation procedures

A dental implant is provided. In some embodiments, the dental implant facilitates viewing an outside of a distal end thereof via a proximal opening thereof, and/or facilitates providing bone graft material via selectively closable one or more distal openings. A dental implant installation procedure is also provided in which a distal end of a dental implant is projected into a paranasal sinus cavity or a nasal cavity to thereby displace the respective sinus membrane or nasal cavity membrane from the respective cavity floor, while minimizing risk of damaging the respective membrane. Bone graft material is introduced into the space thereby created between the respective membrane and the respective cavity floor via a distal portion of the dental implant to thereby form a desired sinus augmentation.

Dental implants, devices and methods associated with dental implantation procedures

A dental implant is provided. In some embodiments, the dental implant facilitates viewing an outside of a distal end thereof via a proximal opening thereof, and/or facilitates providing bone graft material via selectively closable one or more distal openings. A dental implant installation procedure is also provided in which a distal end of a dental implant is projected into a paranasal sinus cavity or a nasal cavity to thereby displace the respective sinus membrane or nasal cavity membrane from the respective cavity floor, while minimizing risk of damaging the respective membrane. Bone graft material is introduced into the space thereby created between the respective membrane and the respective cavity floor via a distal portion of the dental implant to thereby form a desired sinus augmentation.

Adapter for attaching a dental superstructure to a dental implant and dental assembly comprising the adapter

The invention relates to an adapter (1, 1') for attaching a dental superstructure (50) to a dental implant (30). The adapter (1, 1') comprises a coronal attachment portion (2, 2') for attaching the adapter (1, 1') to the dental superstructure (50), an apical attachment portion (4) for attaching the adapter (1, 1') to the dental implant (30) and an intermediate portion (6) arranged between the coronal attachment portion (2, 2') and the apical attachment portion (4). The apical attachment portion (4) is a protrusion defining an apical end portion of the adapter (1, 1') and configured to be received in a corresponding recess (32) of the dental implant (30). The protrusion is rotationally symmetric, so that the adapter (1, 1') is rotatable relative to the dental implant (30) in the state of attachment of the adapter (1, 1') to the dental implant (30). Further, the invention relates to a dental assembly comprising the dental superstructure (50) and at least one such adapter (1, 1').

Dental assembly and process for preparing a tooth prosthesis

Arrangement for an implant system

DENTAL IMPLANT

The invention relates to a dental implant comprising an implant body (2) provided with a central receiving opening (4), a structural element (6) provided with a journal (8) engaging in the receiving opening (4), and a tension bolt (30) which penetrates a borehole (28) of the structural element (6) and is screwed into an inner thread (26) located in the receiving opening (4). First and second indexing elements (40, 42) are arranged in an apical region (44) of the structural element (6), in order to pre-define the rotational position of the structural element (6) in relation to the implant body (2). The at least one first indexing element (40) is associated with the implant body (2) or the structural element (6) in a rotationally fixed manner, and at least two second indexing elements (42) are associated with the structural element (6) or the implant body (2) in a rotationally fixed manner. The indexing elements (40, 42) extend especially at least partially into the region of the conical ...

SYSTEM OF COMPENSATORY SLANTED COPINGS, CONVERTERS AND EXTENDERS AND ABUTMENTS OF UNIVERSAL COUPLING OVER OSSEOINTEGRATED IMPLANTS

The present invention refers to a system of prosthetic components consist ing of Compensatory Slanted Copings and Abutments of Universal Coupling that function as a set of coupled parts that allow corrections of slants that va ry between OQ and 60Q, of fixing osseointeg rated implants, including zygoma tic fixations, and it provides a cap, molding transferer and screws for fast ening and locking. This system of copings and abutments provides properties of conversion and extension of the implants. Its shape provides better occlu sal stability and favorable biomechanics, since the forces are better distri buted, diminishing the concentration of tension on the fitting platform of t he implant, as well as the screws. The abutments of the universal coupling c an be readjusted and be cemented or screwed. In the present system, the supe rior platform of the coping and the inferior base of the abutment are univer salized, since the inferior platform of the coping corrects the slant of the implant ...

BASE MEMBER FOR ORTHODONTIC IMPLANT DEVICE

A base member for an orthodontic implant device. The base member makes it possible to easily and reliably attach a correction implement. The base member is secured by a plurality of screws that are embedded in a bone inside an oral cavity. Each of the plurality of screws has a screw part that is embedded in the bone and a polygonal-columnar head part that is exposed inside the oral cavity. The base member has at least three engagement holes that are provided so as to be capable of engaging the polygonal-columnar head parts and such that the centers thereof are not on the same straight line.

ASSEMBLY FOR FORMING AN INTERFACE PART FOR DENTAL IMPLANTS WITH VARIABLE HEIGHT

The present invention relates to an assembly for forming an interface part for dental implants with variable height. The assembly comprises a tubular interface part (1A) with a central axis (Z) and an auxiliary part (8A) which is coupled to the interface part (1A). In a coupled position: the auxiliary part (8A) is integral with the interface part (1A) at least in a sense of direction parallel to the central axis (Z); a final segment (14) of the abutment (3) protrudes through an upper end of the auxiliary part (8A); and a peripheral surface (12) outside the abutment (3) comprises at least one planar face (13) in a plane (P) which intersects with the final segment (14) of the abutment (3) and the central axis (Z). The planar face (13) of the auxiliary part (8A) serves as a guide for cutting the abutment (3) at a specific height.

ENDOSSEOUS DENTAL IMPLANT

DENTAL RESTORATIVE SYSTEM AND COMPONENTS

... ²²²Disclosed within is a dental restorative system including a dental fixture ²component (1300) having a longitudinal axis (1319), a body portion (1395), and ²an emergence profile portion (1340) adjacent to the body portion (1395). The ²dental fixture component (1300) also has a tapered coronal portion (1335) ²adjacent to the emergence profile portion (1340), with the tapered coronal ²portion (1335) having one end adjacent to the emergence profile portion (1340) ²and a terminal end (1337) with a non-frustoconical surface and a non-circular ²cross section. The emergence profile portion (1340) may include one or more ²concave surfaces (1332, 1333). The dental fixture component (1300) may further ²include an interproximally sloping margin shoulder (1350). Certain embodiments ²of the dental fixture component (1300) include threaded body portions (1396). ²Alternative embodiments of the dental fixture component are also disclosed.² ...

DENTAL SUPERSTRUCTURE, AND A METHOD OF MANUFACTURE THEREOF

A dental superstructure, and a manufacturing method thereof, comprising a screw-channel (1), through which screw-channel a screw member is to be inse rted, and a screw member seat (3), for providing support to the head of said screw member during fixation of said dental superstructure to a spacer elem ent or an implant (5), are provided. Said dental superstructure is provided with a central axis of said screw-channel (1) and a central axis of said sec ond mouth (4) that at least partly do not coincide. A manufacturing method t hereof, a screw-member, and a screwdriver are also provided.

PROVISIONAL PROSTHETIC SYSTEMS AND METHODS OF USING SAME

Provisional prosthetic systems and methods of coupling such provisional prosthetic systems to a dental implant are disclosed. The provisional prosthetic system can include at least one dental component having a provisional connection feature and a prosthesis. A clinician can couple the prosthesis to the dental component using a bonding agent. The clinician can then drill a hole through the prosthesis. The hole can be configured to receive a fastener to securely fasten the prosthesis and dental component to the implant.

DENTAL IMPLANT ASSEMBLY HAVING SEALING FEATURES AT COMPONENT INTERFACES

A dental implant assembly is disclosed. The dental implant assembly includes an implant having a bore within a coronal end, an abutment configured to couple to the implant to the coronal end, a screw configured to secure the abutment to the implant, and a gasket configured to seal an interface between the implant and the abutment.

SHARE TIP AND TOOL COMBINATION HAVING A SHARE TIP

The invention relates to a tool combination, comprising a share tip and an adjoining guide element, wherein the share tip and the guide element have threaded receptacles for fastening to a tine. An easy and secure fastening of both the share tip and the guide element is achieved according to the invention in that the guide element has a threaded receptacle which is covered in the tool advancement direction by means of a cover portion of the share tip.

SHARE TIP AND TOOL COMBINATION HAVING A SHARE TIP

The invention relates to a tool combination, comprising a share tip and an adjoining guide element, wherein the share tip and the guide element have threaded receptacles for fastening to a tine. An easy and secure fastening of both the share tip and the guide element is achieved according to the invention in that the guide element has a threaded receptacle which is covered in the tool advancement direction by means of a cover portion of the share tip.

DENTAL CONNECTION ASSEMBLY AND METHOD FOR PRODUCING A DENTAL PROSTHESIS

The present invention relates to a connection assembly for attaching a dental component to a dental implant, a dental component for the connection assembly and a method to use the connection assembly. The connection assembly (100; 1100; 2100; 3100) is removably attachable to the dental implant (10; 1010; 2010; 3010), preferably with the dental component (20; 1020; 2020; 3020) attached to the connection assembly, and a dental component is attachable to the connection assembly in a pre-fastened state or a fastened state. The pre-fastened state, when the connection assembly is attached to the dental implant, the connection assembly allows for adjustment of a relative position and/or orientation between the dental component and the dental implant. In the fastened state, the relative position and/or orientation between the dental component and the connection assembly is fixed, while the connection assembly is in particular detachable from the dental implant with the dental component attached ...

IMPLANT-SUPPORTED BRACED DENTAL BRIDGE ARMATURE MADE FROM COMPOSITE MATERIAL, AND METHOD FOR MANUFACTURING THE ARMATURE

A dental bridge armature designed to be screw-fastened onto dental implants and comprising reinforcing elements formed by long fibres pre-impregnated with photo-polymerizable resin which are either woven or in bundles. The reinforcing elements are in the form of a fibrous framework comprising a main brace 9 and base reinforcing elements 10, 11 wound around a series of implant abutments 16 screwed onto the implants 15. Secondary braces are also wound around the main brace 9 and the base reinforcing elements 10, 11. The braces 9 form an angle comprised between 15° and 85° with the base reinforcing elements. The armature is then included in a PMMA coating resin by a pressing or injection technique.

A SET OF DENTAL COMPONENTS

According to an aspect of the invention, in a set of male dental components, such as abutment screws, each male dental component has a threaded portion with different core diameter. Each male dental component is to be connected to a mating female dental component, such as an abutment. The smaller core diameter a threaded portion has, the higher friction is provided when the male dental component is finally tightened to its mating female dental component, even though the same insertion torque is applied to all male dental components.

DENTAL PROSTHESES CEMENTED ONTO IMPLANTS AND/OR ABUTMENTS HAVING A REVERSE MARGIN

A dental abutment, or a dental implant having an integrated abutment, in which the occlusal part of the abutment to which the dental prosthesis is to be cemented features a shoulder having a reverse margin. At the point where the shoulder meets the outer profile of the gingival part of the abutment, the shoulder is at an acute angle with respect to the longitudinal center axis of the abutment, thereby causing any cement ejected during mounting of the prosthesis to be ejected in a direction away from the gingiva.

DENTAL IMPLANT AND METHOD FOR PRODUCING A DENTAL IMPLANT

In a dental implant (20) with an implant body (30) for introduction into the jaw (14) of a patient, and with a securing portion (54) with a continuous passage for a screw (70) that can be screwed into the implant body (30) for the purpose of releasably securing the securing portion (54) to the implant body (30), a superstructure (52) is provided, in particular a crown, which forms at least the greater part of an outer face of at least one dental restoration. The securing portion (54) and the implant body are in releasable engagement with each other via engagement elements that each have an oblique surface deviating from the shape of a a circle, in particular each having a polygon. The superstructure (52) and the securing portion (54) are designed as a one-piece component (50) and made of the same material.

ENDOSSEOUS SINGLE TOOTH IMPLANT

The invention concerns a single tooth implant for a fixed tooth replacement having a substantially cylindrical base body which can be inserted into a bore made in a jaw bone, an abutment which can be inserted into the annular recess of the base body and having a bore for receiving a holding screw and a fixing head for the tooth replacement, and a holding screw which can be inserted into the blind bore in the base body and which passes through the abutment.

ENOSSAL INDIVIDUAL TOOTH IMPLANT AND LOCKING TOOL FOR USE WITH SUCH AN IMPLANT

ARRANGEMENT FOR AN IMPLANT SYSTEM

An implant system includes an anchoring element/a fixture (1) and a spacer screw (2) which can be screwed securely to the latter, with associated spacer element (3), and a unit (4) which can be screwed securely to the spacer screw. The fixture has an internal thread (la) which the spacer screw can be screwed into by means of a corresponding external thread (2a). The fixture also has a contact plane (1d) for the spacer element, and a spanner attachment part (1e). The spacer screw is designed with a cylindrical portion (2b) located above its external thread (2a). The fixture is arranged with a recess (1f) at the spanner attachment part. The cylindrical portion (2b) is partially engaged in the recess when the spacer screw is drawn tight in the fixture.

ARRANGEMENT FOR OBTAINING RELIABLE ANCHORING OF A THREADED IMPLANT IN BONE

In an arrangement for obtaining reliable anchoring of a threaded implant (3) in dentine, a hole (2) is made in the bone substance. In the side wall (2b) of the hole it is possible to establish an internal threading which can cooperate with an external threading (3d) on the implant. The implant threading is arranged to force the bone substance out in essentially radial directions as a function of the extent to which the implant is screwed into the hole. The threading is arranged to effect greater forcing out of the bone substance at the outer parts of the hole than at the inner parts of the hole. The degree of forcing out is adapted in relation to the softness of the bone in order to achieve the reliable anchoring. Along at least part of the longitudinal direction of the implant, the implant threading can be given a non-circular configuration for the purpose of obtaining improved rotational stability in soft/weak bone. The implant can also have two or more thread spirals/thread entries which ...

Device for producing dental prostheses

[...].

Das Implantat (1) zur Osteointegration in einen Kieferknochen umfasst eine Aufnahmeöffnung (2), wobei ein Abschnitt der Aufnahmeöffnung (2) als ein Innenmehrkant ausgebildet ist, wobei das Implantat (1) an seinem distalen Ende eine Indexierung (4) aufweist, die die Geometrie des Innenmehrkants wiedergibt.

Assembly kits dental implantology.

Linvention concerne un ensemble de trousses dimplantologie comprenant pour chaque trousse (10) un pack implant (20) comprenant un implant dentaire, une vis de couverture et une vis de cicatrisation agencées pour être visées dans limplant, un foret terminal agencé pour perforer dans les os des mâchoires, et ayant une dimension compatible à celle de limplant, un mandrin agencé pour sinsérer dans limplant et vis; et un pack prothèse (30) comprenant un pilier prothétique ayant une partie intra-implantaire agencée pour être scellée ou collée dans limplant, et une partie extra-implantaire agencée pour appliquer une prothèse, un pilier calcinable faisant aussi office de transfert dempreinte, un homologue/analogue de limplant reproduisant limplant au laboratoire; ledit ensemble comprend un nombre prédéterminé de trousses, à chacune des trousses est chaque fois attribué un diamètre et une longueur respective de limplant sélectionnés parmi un nombre prédéterminé de combinaisons de longueurs et de ...

Dental implant with short posts and a ring element at the free end of the post.

Die Erfindung bezieht sich auf ein Dentalimplantat aus Keramik, insbesondere Zirkoniumoxid, umfassend einen Dentalimplantatskörper (2) und ein daran apikal angeordnetes Aussengewinde (4) zum Einschrauben in einen Kieferknochen sowie einen an seinem koronalen Ende angeordneten Pfosten (3) zur Aufnahme eines Abutments (10), wobei der Pfosten (3) eine Höhe (L) aufweist und mit dem Dentalimplantatskörper (2) einteilig ausgebildet ist Erfindungsgemäss ist vorgesehen, dass die Höhe (L) in einem Bereich von 2mm bis 4mm liegt, wobei der Pfosten (3) mindestens eine Hinterschneidung (8) aufweist, wobei diese Hinterschneidung (8) dadurch entsteht, dass das freie Ende (7) ein Ringelement (9) aufweist, wobei das Ringelement (9) in Draufsicht einen grösseren Durchmesser aufweist als der Teil des Pfostens (3) der sich an das Ringelement (9) anschliesst und sich in Richtung des Dentalimplantatskörpers (2) erstreckt, wobei das Ringelement (9) ein Retensionselement (als Patrize) ist, das mit einem weiteren ...

Assembly kits for dental implantology.

L’invention concerne un ensemble de trousses d’implantologie comprenant pour chaque trousse (10) un pack implant (20) comprenant un implant dentaire, une vis de couverture et une vis de cicatrisation agencées pour être visées dans l’implant, un foret terminal agencé pour perforer dans les os des mâchoires, et ayant une dimension compatible à celle de l’implant, un mandrin agencé pour s’insérer dans l’implant et vis; et un pack prothèse (30) comprenant un pilier prothétique ayant une partie intra-implantaire agencée pour être scellée ou collée dans l’implant, et une partie extra-implantaire agencée pour appliquer une prothèse, un pilier calcinable faisant aussi office de transfert d’empreinte, un homologue/analogue de l’implant reproduisant l’implant au laboratoire; ledit ensemble comprend un nombre prédéterminé de trousses, à chacune des trousses est chaque fois attribué un diamètre et une longueur respective de l’implant sélectionnés parmi un nombre prédéterminé de combinaisons de longueurs ...

ceramic(s) implant[...] with a.

Dentalimplantatsystem 5 mit einem Keramikimplantat 1 und mit einem Abutment 3, welches zudem ein Einsatzelement 2 für das Keramikimplantat 1 enthält. Das Einsatzelement 2 ist entweder aus nicht keramischem Material gefertigt oder ist im Wesentlichen aus Spritzgusskeramik gefertigt. Das Einsatzelement 2 ist passend für eine Ausnehmung 11 in einem proximalen Bereich des Keramikimplantates 1 und in diese Ausnehmung eingesetzt oder einsetzbar. Das Einsatzelement 2 dient der Befestigung des Abutments 3 und ist dafür mit Befestigungsstrukturen 21 ausgerüstet. Das erfindungsgemässe Dentalimplantatsystem 5 zeichnet sich im Wesentlichen dadurch aus, dass das in der Ausnehmung 11 des Keramikimplantates 1 angeordnete Einsatzelement 2, mittels einer gegenüber axialem Zug kraftschlüssigen und/oder formschlüssigen Verbindung mit dem Keramikimplantat 1 verbindbar oder verbunden ist.

Device for the reconstruction of teeth.

DENTALIMPLANTAT TO THE ATTACHMENT OF DENTURE.

Tooth implant for use with support for patient, has rib vertex and ribs having certain radial distance from axis and arranging in opening section, and lateral surface located between implant end and ribs, where ribs are located at end

The implant has anchorage portions (21a) comprising an axis (25) and a lateral surface (21d) with circular ribs (21f) including a rib vertex. The ribs are provided at certain distance from an implant end (21b) and completely enclose the axis. The rib vertex and the ribs have certain radial distance from the axis and arranged in an opening section. The radial distance from the axis is greater than measured radial distances of all positions of the lateral surface. The lateral surface is located between the implant end and the ribs. The ribs are located at the implant end. Independent claims are also included for the following: (1) a support (2) a device for forming a hole in a bone of a patient for receiving an anchoring portion of an implant.

Dental implant, dental implant support being provided with a device for the formation of a hole in a bone and.

Das Zahnimplantat besitzt eine Verankerungspartie (1a) zum Einsetzen in ein Loch (3b) eines Knochens (3) eines Patienten und ein dem Grund des Lochs (3b) zuzuwenden bestimmtes, erstes Implantat-Ende. Die Verankerungspartie (1a) hat mindestens eine ringförmige, ihre Achse (5) lückenlos umschliessende, in Abstand vom ersten Implantat-Ende stehende, zum Anordnen im Mündungsabschnitt (3d) des Lochs (3) bestimmte, einen Rippenscheitel aufweisende Rippe (1f). Der Rippenscheitel der bzw. jeder zum Anordnen im Mündungsabschnitt bestimmten, ringförmigen Rippe (1f) hat bei allen Umfangsstellen einen radialen Abstand (R s ) von der Achse (5), der grösser ist als die von der Achse (5) aus gemessenen radialen Abstände (R m , R v ) aller Stellen der Mantelfläche (1d), die sich zwischen dem ersten Implantat-Ende und der ringförmigen Rippe (1f) bzw. der sich am nächsten beim ersten Implantat-Ende befindenden, ringförmigen Rippe (1f) befinden.

Dental implant with a micro - and a macro thread.

Die Erfindung bezieht sich auf ein Dentalimplantat in ein- oder zweiteiliger Ausführung, bestehend aus einem Grundkörper bzw. einem Grundkörper und einem auf dem Grundkörper durch Pfosten oder Verbindungselement anordenbaren Abutment, wobei der Grundkörper mit einem Mikro- und einem Makrogewinde versehen ist. Erfindungsgemäss ist vorgesehen, dass das Mikrogewinde (6) derart ausgebildet ist, dass es zwei Bereiche aufweist, nämlich einen Bereich mit einem grossen Kerndurchmesser, der sich im zervikalen Bereich des Implantats (1) befindet, und einen Bereich mit im Vergleich zum genannten Kerndurchmesser kleinen Kerndurchmesser, wobei das Mikrogewinde (6) mit einer Gewindetiefe von maximal 0,1 mm sich 4 mm in apikaler Richtung erstreckt, und hier einen Kerndurchmesser von grösser als 3,5 mm aufweist, wobei innerhalb der Anordnung des Mikrogewindes (6) in apikaler Richtung eine kegelförmige Querschnittsverjüngung des Kerndurchmessers erfolgt, auf die eine zylinderförmige Ausbildung folgt, die ...

Two-part ceramic dental implant.

Die Erfindung betrifft ein zweiteiliges Dentalimplantat, bestehend aus einem Implantatkörper (2) und einem mit dem Implantatkörper verbindbaren Aufbauelement (3), jeweils aus keramischem Werkstoff, wobei zwischen dem Aufbauelement und dem Implantatkörper ein Verbindungselement (12) zur lösbaren Fixierung des Aufbauelements an dem Implantatkörper vorgesehen ist und zur Aufnahme und Fixierung des Verbindungselements innerhalb des Implantatkörpers eine Sacklochbohrung mit einem Gewinde vorgesehen ist. Erfindungsgemäss ist vorgesehen, dass der Implantatkörper (2) nach einer Länge L > = 3 mm apikal des nominellen Knochenniveaus (KN) massiv ausgebildet ist. Das Aufbauelement (3) weist auf seiner dem Implantatkörper (2) hinweisenden Basisseite eine Basis (B) auf, die in einen eine Ausnehmung (10) bildenden Verbindungsbereich (15) im Implantatkörper (2) einführbar ist. Die Basis ist zumindest zum Teil konisch ausgebildet, wobei sich der Konus (17) in apikaler Richtung verjüngt.

Dental Implant Systems.

Ein erfindungsgemässes Dentalimplantatsystem weist auf: Ein Verankerungsteil (1) zur Verankerung in Knochengewebe, wobei das Verankerungsteil aus einem keramischen Werkstoff gefertigt ist, wobei das Verankerungsteil ein Aussengewinde (11), welches eine Achse definiert, und eine zu einem koronalen Ende hin offene Aussparung für einen Eingriff eines Befestigungspfostens eines Abutments aufweist, und ein Eindrehwerkzeug (50), wobei die Aussparung eine Innenstruktur mit einer Eindrehgeometrie (13.2) zum Zusammenwirken mit einer entsprechenden Aussenstruktur des Eindrehwerkzeugs aufweist, und wobei das Eindrehwerkzeug eine Eingriffpartie mit der entsprechenden Aussenstruktur besitzt, wobei die Aussparung ferner koronal der Eindrehgeometrie einen sich bis zum koronalen Ende erstreckenden Abstützbereich bildet, zum Abstützen einer Abstützpartie des Abutments am Verankerungsteil, wobei das Eindrehwerkzeug in einer Eindrehposition, in welcher die Eingriffpartie in die Eindrehgeometrie eingreift, ...

denture system.

Die Erfindung betrifft ein Zahnersatzsystem, umfassend ein Keramikimplantat (1) zur Osseointegration in einen Kieferknochen mit einer Aufnahmeöffnung (14) für eine Verbindungsschraube (7), ein Abutment (2), vorzugsweise aus Keramik, wobei das Abutment (2) mittels der Verbindungsschraube (7) aus faserverstärktem Thermoplast in der Aufnahmeöffnung (14) des Implantats (1) befestigbar ist. Eine Schraubensicherung (60) umfasst ein erstes Formschlussmittel (11) und ein zweites Formschlussmittel (13), wobei das erste Formschlussmittel (11) an der Verbindungsschraube (7) und das zweite Formschlussmittel (13) in der Aufnahmeöffnung (14) des Implantats (1) und/oder am Abutment (2) angeordnet ist. Beim Anziehen oder Lösen der Verbindungsschraube (7) im Implantat (1) wird das erste Formschlussmittel (11) im Zusammenwirken mit dem zweiten Formschlussmittel (13) elastisch verformt.

Dental implant and a kit.

Die Erfindung betrifft ein Dentalimplantat zur Implantation im Kieferknochen (10) zwecks Befestigung einer Suprakonstruktion. Das Implantat weist einen Implantatkörper (1) auf, welcher sich zwischen einem koronalen und einem apikalen Ende erstreckt und eine enossale Aussenfläche definiert. Der Implantatkörper (1) besitzt einen nach koronal offenen Hohlraum (2) sowie mindestens eine Austrittsöffnung (4) von einem Innern zur enossalen Aussenfläche. Am Implantatkörper (1) ist ein Aussengewinde ausgeformt. Weiter ist ein thermoplastisches Element (20) im Festzustand vorhanden, welches im Hohlraum (2) angeordnet oder in diesen einbringbar ist, wobei das thermoplastische Element (20) durch Anlegen einer nach apikal in den Hohlraum (2) hineingerichteten Presskraft und von mechanischen Schwingungen in einen mindestens teilweise fliessfähigen Zustand bringbar ist und in diesem Zustand mindestens ein Anteil von fliessfähigem Material des thermoplastischen Elements (20) aufgrund der Presskraft durch ...

Unit connector and unit connection system for dental implants.

Einheitsverbinder (1´´) und Einheitsverbindungssystem mit selbigem zum Verbinden eines Abutments (120) eines Dentalimplantats (100) mit einem Basiskörper (130) des Dentalimplantats (100), umfassend einen entlang einer Einsetzrichtung (I) in den Basiskörper (130) einsetzbaren und darin fixierbaren Basisabschnitt (11´´) und einen Abutmenthalteabschnitt (12´´) zum Halten des Abutments (120) am Basiskörper (130). Um den Einheitsverbinder für verschiedenartige Abutments (120) und Basiskörper (130) einsetzen zu können, ist erfindungsgemäss vorgesehen, dass am Abutmenthalteabschnitt (12´´) wenigstens zwei entlang der Einsetzrichtung (I) voneinander beabstandete Haltepositionen für das Abutment (120) vorgesehen sind.

Dental implant system.

Dentalimplantat-System (1), aufweisend ein Implantat (10), eine Prothetik-Komponente (20) und ein Befestigungsmittel (30), • wobei das Implantat (10) und die Prothetik-Komponente (20) dazu eingerichtet sind, miteinander eine erste Taper-Verbindung (40) und eine zweite Taper-Verbindung (50) einzugehen, – wobei das Implantat (10) die männliche Verbindungspartie der ersten Taper-Verbindung (40) aufweist, und • wobei – wenn die Prothetik-Komponente (20) auf das Implantat (10) aufgesetzt ist und – wenn die Prothetik-Komponente (20) nicht durch das Befestigungsmittel (30) an dem Implantat (10) befestigt ist, ein Toleranzbereich (60) zwischen Implantat (10) und Prothetik-Komponente (20) ausgebildet ist, welcher dazu eingerichtet ist, dass beim Befestigen, mit dem Befestigungsmittel (30) zusammengehörende Verbindungspartien der Taper-Verbindungen (40, 50) weiter ineinandergeschoben werden können.

Implant for holding and/or forming a dental prosthesis, implant set and kit with an implant set.

Ein Implantat (11) zum Halten und/oder Bilden eines Zahnersatzes (5) besitzt einen keramischen Implantatkörper (15) mit einem Loch (15a) und mit einer in diesem befestigten, metallischen oder aus Kunststoff bestehenden Hülse (17) mit einem Innengewinde (17b). Dieses hat die gleichen Gewinde-Kenngrössen wie das Innengewinde im Loch eines vollständig aus einem metallischen Implantatkörper bestehenden Implantats. Dies ermöglicht, einen Bauteil, zum Beispiel ein Aufbauelement (21), mit einer Schraube (23) und/oder einen Bauteil mit einem fest sowie unlösbar mit diesem verbundenen Gewindebolzen wahlweise am Implantat (11) mit dem keramischen Implantatkörper (15) oder am Implantat mit dem metallischen Implantatkörper anzuschrauben.

Occlusal screw, dental implant system, and kit.

Eine Okklusalschraube (6) für ein zweiteiliges Dentalimplantatsystem mit Verankerungsteil (1) und Abutment (2) weist einen Schraubenkopf (65) und einen Schraubenschaft (61) auf. Der Schraubenkopf bildet apikal einen Schraubenanschlag. Die Okklusalschraube zeichnet sich dadurch aus, dass sie aus einem keramischen Material besteht und eine Eingriffpartie (64) aufweist, die eine Aussenstruktur aufweist, welche nicht um die Schraubenachse rotationssymmetrisch ist, mindestens bereichsweise zylindrisch oder konisch ist und geeignet ist, mit einer entsprechenden Innenstruktur in einer distalen Aussparung eines Schraubwerkzeugs (7) zusammenzuwirken, um die Okklusalschraube drehfest ans Schraubwerkzeug zu koppeln. Besonders vorteilhaft ist eine Ausgestaltung, bei welcher die Eingriffpartie okklusal einen zylindrischen Bereich und apikal davon einen sich nach apikal stetig erweiternden Klemmbereich aufweist. Der Klemmbereich kann bspw. konisch sein.

Method for automatically fabricating a dental superstructure for attachment to an implant

A system for a dental superstructure to be attached to an implant using a digital model description of a shape of the superstructure, the superstructure including first and second elements. The system comprises a computing device arranged to (a) analyze a recorded real clinical situation or shaped clinical situation of an implant axis and insertion axis, (b) compute a shape of the dental superstructure based at least in part on the determined implant axis, (c) generate digital data representing the shape of the superstructure, and (d) separate the computed shape into first digital data representing a shape of the first element to be connected to the implant and second digital data representing a shape of the second element to be connected to the first element, the shape of the first element being optimized, at least in part, based on a tilt angle between the determined implant axis and insertion axis.

Dental implant abutment made of titanium

To provide a dental implant abutment made of titanium, which is mounted on the intraoral side of a dental implant fixture embedded in a jawbone and coming to be an artificial tooth root, penetrates through gingiva, and comes to be a base of an upper structure. The dental implant abutment does not remarkably impair aesthetic property even when the intraoral portion of the dental implant abutment is seen through gingiva. The surface of the dental implant abutment made of titanium is colored to have the value of L* within a range from 40 to 44, the value of a* within a range from 21 to 40 and the value of b* within a range from −20 to 10, which are represented by L*a*b* color system.

DENTAL IMPLANT

The present invention relates to a connection between a post part provided for being screwed into the jawbone and an associated superstructure part to which a dental prosthesis can be fastened. The connection between the post part and the super-structure part has a rotational self-centering action, wherein at least one of the surfaces provided for this purpose has a friction-minimizing modification and/or coating. 1. A dental implant having a first implant part provided for being inserted into a jawbone and a second implant part associated therewith , provided for fixing a dental prosthesis , wherein the implant parts are mechanically connectable to each other via a connection pin which is formed onto one of the implant parts and which can be pushed into a receiving channel provided in the other implant part , and wherein the connection pin and , adapted thereto , the receiving channel associated with said connection pin , each include in an indexing area a plurality of contact surfaces inclined against the longitudinal axis of the first implant part , at least one of the contact surfaces on at least one implant part being provided with a friction-reducing coating.2. A dental implant having a first implant part provided for being inserted into a jawbone and a second implant part associated therewith , provided for fixing a dental prosthesis , wherein the implant parts are mechanically connectable to each other via a connection pin which is formed onto one of the implant parts and which can be pushed into a receiving channel provided in the other implant part , and wherein the connection pin and , adapted thereto , the receiving channel associated with said connection pin , each include in an indexing area a contact surface of oval cross-section inclined against the longitudinal axis of the first implant part , which is provided on at least one implant part with a friction-reducing coating.3. The dental implant of claim 1 , wherein claim 1 , in the indexing area ...

Dental implant with interlocking and centering threads

A dental implant device for insertion into a bore defined in bone for use with a prosthetic tooth or dental appliance includes an abutment with a plurality of male keys disposed about the distal end of the abutment capable of being affixed to the prosthetic tooth or dental appliance, an implantable anchor having a proximal and distal end, a plurality of female keyways defined into the proximal end of the anchor, the keyways capable of coupling to the male keys of the abutment and thereby preventing relative rotation of the abutment and anchor; an interlocking thread helically defined around a longitudinal axis of the anchor, the thread being adapted to couple to the bore defined in the bone and means for coupling the abutment to the implant anchor. 1. A method of implanting a dental implant into a bore defined in bone , comprising: tightening the implantable anchor into the bore defined in the bone,', 'wherein tightening the implantable anchor comprises creating a radially interlocking and centering force between the male threaded portion of the implantable anchor and the female threaded portion of the bone; and', 'coupling an abutment to the implantable anchor while preventing relative rotation of the abutment with respect to the implantable anchor., 'self-tapping a male threaded portion of an implantable anchor into a bore defined in bone using a chip repository bore defined in the implantable anchor;'}2. The method of where coupling the abutment to the implantable anchor comprises interlocking a plurality of male keys disposed on the distal end of the abutment to a matching plurality of female keyways defined into the proximal end of the implantable anchor.3. The method of where coupling the abutment to the implantable anchor comprises inserting a threaded bolt through a defined hollow bore defined along the longitudinal axis of the abutment and the implantable anchor claim 1 , which bolt maintains at least one key defined on either the abutment or the anchor ...

Process For Fabrication of a Dental Implant Restoration System

A process for the manufacture of a dental implant restoration system including an abutment for attaching a dental prosthesis within a patient's mouth. The abutment is a single unit structure fabricated of a ceramic material, multicolored throughout to match the color of the dental prosthesis, the surrounding dentition and the surrounding gingival tissue. 1. A process of fabricating a dental implant restoration system comprising:fixing an implant within a patient's mouth;fixing a dental abutment to the implant;fixing a dental prosthesis to the dental abutment;wherein the dental abutment comprises a monolithic single unit structure having a basal end for anchoring to an implant and a coronal end for supporting a dental prosthesis, wherein the basal end and coronal end meet at a cervical line, wherein the monolithic single unit structure is fabricated of a ceramic material having a flexural strength exceeding 1000 MPa,wherein the monolithic single unit structure is multicolored throughout and anatomically shaped and shaded to match the color and contour of the dental prosthesis, the surrounding dentition and the surrounding gingival tissue,wherein the basal end comprises a collar having a lower side and an upper side, the upper side of the collar forming the cervical line, the collar further comprising a core and an outer layer of material overlaying the core, wherein the core is a dentin color and wherein the outer layer is a gingival color, and wherein the cervical line may be lowered by removing the outer layer of material.2. The process of claim 1 , further comprising adjusting the cervical line on the abutment to correspond with the patient's gum line.3. The process of claim 1 , further comprising varying one or more of the shade claim 1 , translucency claim 1 , opacity claim 1 , opalescence claim 1 , and fluorescence of the multicolored single unit structure from the basal end to the coronal end.4. The process of claim 1 , wherein the basal end is gingival- ...

DENTAL IMPLANTS, DEVICES AND METHODS ASSOCIATED WITH DENTAL IMPLANTATION PROCEDURES

A dental implant installation procedure is provided in which a distal end of a dental implant is projected into a paranasal sinus cavity or a nasal cavity to thereby displace the respective sinus membrane or nasal cavity membrane from the respective cavity floor, while minimizing risk of damaging the respective membrane. Bone graft material is introduced into the space thereby created between the respective membrane and the respective cavity floor via a distal portion of the dental implant to thereby form a desired sinus augmentation. 1. A method for implanting a dental implant in a maxilla of a dental patient , the maxilla having a paranasal sinus cavity lined with a sinus membrane , the method comprising:(a) providing the implant, the implant comprising a proximal portion configured for enabling a prosthesis to be mounted thereto and having at least one proximal opening, and a distal portion having a distal end and at least one distal opening at or in proximity to said distal end, said distal portion configured for being implanted with respect to the maxilla, and further comprising at least one internal passage providing fluid communication between said at least one proximal opening and said at least one distal opening;(b) forming a channel through the alveolar ridge of the maxilla, extending from an outside of the maxilla to the sinus floor of the maxilla;(c) installing the dental implant in the maxilla to its final implanted position by inserting the implant via said channel, and concurrently creating a first space between the sinus floor and the sinus membrane, wherein at least a majority of said first space is formed by the distal displacement of said sinus membrane responsive to said distal end being incrementally projected in a direction towards the sinus cavity until the implant is seated in said final implanted position with respect to the alveolar ridge, and wherein fluid communication between the outside of the maxilla and said first space is provided ...

ARTIFICIAL TEETHRIDGE AND FANG

A structure of the artificial teethridge, the fang and the prosthesis includes an artificial teethridge which has an arched top and an arched bottom, wherein the top and the bottom of the artificial teethridge are curved toward the same direction. The thickness of the artificial teethridge is relatively thicker at central part and gradually becomes thinner toward two lateral sides. A fang form integral on the top of the artificial teethridge. The artificial teethridge, the fang and prosthesis are an integral structure, whereby the artificial teethridge, the fang and the prosthesis form a mechanical conduction structure. The bottom surface of the artificial teethridge has a complementary structure which can be tightly matched and fixed on each point of the top surface of the alveolar bone without any gap, whereby the bottom of the artificial teethridge further includes a fastening fixture. A dental neck form integral between the artificial teethridge and prosthesis, the dental neck being formed in a waisted shape that is narrower at middle section and gradually becomes wider toward to two terminal sections. 1. An artificial teethridge and fang , which is mounted and fixed on a top of alveolar bone , comprising:an artificial teethridge, which has an arched cross-section, has an arched top and an arched bottom, the arched top and the arched bottom being arched in the same direction;wherein the bottom of the artificial teethridge forms a concave profile to fit with the curved structure of the top surface of the alveolar bone, so the artificial teethridge can be mounted and fixed on the alveolar bone;a fang form integral on the top of the artificial teethridge;a prosthesis form integral on the top of the fang;wherein the artificial teethridge, the fang and the prosthesis are an integral structure;between the artificial teethridge and the prosthesis has a dental neck being formed in waisted shape, that is narrower at middle section and gradually becomes wider toward to ...

IMPLANT SYSTEMS WITH SWIVEL JOINTS FOR SINUS LIFT AND BONE AUGMENTATION

Apparatus is provided that includes a dental implant having a distal implant portion that extends from a distal implant end along up to 50% of a longitudinal length of the implant, the implant shaped so as to define a lumen through the implant, which lumen has at least one distal opening through a distal external surface of the distal implant portion. The apparatus further includes a swivel joint having first and second joint portions defining first and second joint ports, respectively, the swivel joint arranged so as to define a fluid path from the second joint port to the first joint port via the second and first joint portions, which are arranged to be rotatable with respect to one another such that the fluid path is preserved during rotation. The fluid path through the swivel joint is in fluid communication with the lumen via the first joint port. 129-. (canceled)30. Apparatus comprising:a dental implant having a distal implant portion that extends from a distal implant end along up to 50% of a longitudinal length of the implant, the implant shaped so as to define a lumen through the implant, which lumen has at least one distal opening through a distal external surface of the distal implant portion; anda swivel joint having first and second joint portions defining first and second joint ports, respectively, the swivel joint arranged so as to define a fluid path from the second joint port to the first joint port via the second and first joint portions, which are arranged to be rotatable with respect to one another such that the fluid path is preserved during rotation,wherein the fluid path through the swivel joint is in fluid communication with the lumen via the first joint port.31. The apparatus according to claim 30 , wherein the first joint portion is positioned distal to the second joint portion.32. The apparatus according to claim 30 , wherein the first joint portion is positioned proximal to the second joint portion.33. The apparatus according to claim 30 , ...

Coupling for a multi-part dental implant system

The invention relates to an abutment for use in a dental implant system, wherein the abutment is provided with a guiding and lock means for associating the abutment to a dental implant, the guiding and lock means including: a first conically tapered section; a second substantially non-tapered section arranged apically adjacent to the first section, the second section being provided with an anti-rotational means; and a third substantially circular cylindrical section arranged apically adjacent to the second section, such that to provide axial guiding to the abutment upon the insertion thereof into a dental implant. Further, the invention relates to a dental implant formed in a similar manner.

SYSTEM, METHOD AND APPARATUS FOR IMPLEMENTING DENTAL IMPLANTS

A system, apparatus, device, tools and method is provided for the insertion of improved anatomically corrected modular design anterior and posterior dental implants, the apparatus including a root component and a head/abutment component, wherein the root component is inserted into the jawbone using precision surgical guide tools in combination with self-limiting surgical templates and a precision adjustable clamping device. 1. An implantation system for implanting a bone implant comprising:a primary template for performing a bone milling procedure through a bone, wherein the template defines a bone area for milling to prepare an implantation of a head component;a surgical bone drill for creating a recess in a patient's bone with a form defined by the primary template, wherein the primary template and the surgical bone drill are suitable for preparing a non-circular recess having a substantially level floor;a secondary template for defining a bone attachment component area for drilling to prepare an implantation of at least one bone attachment component, and further for placing the at least one bone attachment component there-through; anda surgical jig for placing the bone implant system, comprising:an outer frame to hold the inner frame and arranged to allow the affixable positioning of the inner frame along a horizontal and vertical axis wherein the inner frame is arranged to removably hold and secure the primary template and the secondary template; andat least one clamp arranged to fixate the surgical jig on the bone;wherein the primary template and the secondary template both removably fit into the surgical jig.244-. (canceled)45. The implantation system of claim 1 , wherein the surgical jig comprises at least one inner frame fastener and at least one outer frame fastener claim 1 , arranged to lock the inner and outer frames claim 1 , respectively claim 1 , in their set positions claim 1 , to carry out the bone preparation.46. The implantation system according to ...

ABUTMENT AND DENTAL-PROSTHETIC ARRANGEMENT HAVING SUCH AN ABUTMENT

The invention relates to an angled abutment for a dental-prosthetic arrangement, in which the abutment is divided into a first sub-component and a second sub-component, wherein the first sub-component can be fixed by means of a fixing screw to an implant and has a tool opening through which a tool is able to engage to reach the screw head of the fixing screw. After the first sub-component has been fixed to an implant, the second sub-component can be connected to the first sub-component, preferably via a screwed connection, and at the same time completely covers the tool opening of the first sub-component. A retaining structure facing away from the first sub-component is formed on the second sub-component and interacts with a counter-retaining structure on a prosthesis to provide a releasable connection, which can be produced without tools, between the abutment and the prosthesis. 112. Abutment for a dental-prosthetic arrangement , having a fastening screw that can rotate about a first axis , on a first end on the implant side , a holding structure that determines a second axis , as a joining direction of a holding apparatus , on a second end on the prosthesis side , wherein the first axis (A) and the second axis (A) run at an incline relative to one another , as well as having a tool opening (WO) disposed facing away from the first end , as an extension of the first axis , as access to the fastening screw , wherein a first and a second body element are present , wherein{'b': 1', '2, 'the implant-side first end and the tool opening (WO) are formed on the first body element (T), and the holding structure (RW) is formed on the second body element (T),'}the two body elements can be connected with one another by way of connection structures, and{'b': 2', '1, 'the second body element (T) covers the tool opening (WO) of the first body element (T), at least in part, in the connected state.'}2. Abutment according to claim 1 , wherein in the connected state claim 1 , the ...

PREMANUFACTURED CERAMIC DENTAL IMPLANT ABUTMENTS FOR MATING CERAMIC PROSTHETIC BUILD-UP CONSTRUCTION

A premade ceramic dental implant abutment includes a ceramic abutment having at the top a support region intended for receiving a mating prosthetic build-up construction with a surface feature to inhibit rotation of said construction, and at the bottom, an implant contact region with geometry to connect to the implant. The ceramic abutment has a passageway extending therethrough. The passageway may narrow to form a shoulder that is made entirely of ceramic. A head of a screw seats entirely on the shoulder. The ceramic abutment has a supragingival region for protruding beyond the gingiva and a subgingival end for extending into the gingiva. The ceramic abutment may be free of metal. Also, the premade ceramic abutment may be designed to be augmented by cementing additional ceramic material such as a ceramic prosthesis onto the ceramic abutment. 1. A premanufactured ceramic dental implant abutment comprising:a top portion comprising a support region for receiving a mating prosthetic, the top portion having a surface feature to inhibit rotation of the mating prosthetic,a bottom portion comprising an implant contact region configured to connect with a dental implant, anda passageway extending through at least a portion of the top portion and the bottom portion, the passageway configured to receive an abutment screw to secure the abutment to the dental implant,wherein the top portion and the bottom portion comprise a ceramic and are free of metal.2. The abutment of claim 1 , wherein the abutment screw includes a head and a threaded section claim 1 , and the passageway narrows to form a shoulder having a surface that provides a seat for the head of the screw.3. The abutment of claim 1 , wherein the support region is a generally cylindrical section.4. The abutment of claim 3 , wherein the generally cylindrical section is configured to engage the mating prosthesis.5. The abutment of claim 4 , wherein the surface feature is a flat surface portion on the generally cylindrical ...

Dental component, a dental fixture and a dental implant

The invention relates to a dental component, such as an abutment, an abutment replica, an abutment blank, a customized abutment, a scan abutment, a digital transfer coping, an impression pick-up element, a healing cap or a driver, comprises at least one first indexing element and at least one second indexing element having an apical end located apically of the apical end of said first indexing element, wherein the second indexing element is designed to present a play with mating features of a dental fixture. The invention also relates to a dental implant which comprises a dental component having first and second indexing elements and a dental fixture having third and fourth indexing elements, wherein any play between the first and third indexing elements is smaller than a play between the second and fourth indexing elements. The invention also relates to a dental fixture.

PATIENT-SPECIFIC SYSTEM FOR RESTORING MISSING DENTITION

A patient-specific system for restoring missing dentition may include surgical components including a dental implant drilling guide adapted to the patient's dental anatomy, dental implant, drills required to place said implant, and drilling depth and sequence instructions specific to the patient. Further, the system includes a patient-specific healing abutment to form a customized emergence profile, an impression coping with the same emergence profile, a provisional abutment with the same emergence profile, a final abutment with the same emergence profile, a provisional crown or bridge, and a final crown or bridge. The crown or bridge may be screw or cement retained. 1. A patient-specific system for restoring missing dentition comprising:a dental implant drilling guide adapted to the dental anatomy of a patient, a dental implant,one or more drills required to place the implant,drilling depth and sequence instructions specific to the patient,patient-specific components having a customized emergence profile including: a healing abutment, an impression coping, a provisional abutment, and a final abutment;wherein the patient-specific components have the same customized emergence profile geometry.2. The system of claim 1 , further comprising: a provisional crown or bridge; and a final crown or bridge.3. The system of claim 2 , wherein the final crown or bridge is retained using a screw or cement.4. The system of claim 1 , wherein the patient specific components include an implant contact region configured to connect the bottom of the patient-specific components to the dental implant.5. The system of claim 1 , wherein the customized emergence profile geometry of the patient-specific components is designed by computer-aided design (CAD).6. The system of claim 1 , wherein the customized emergence profile geometry of the patient-specific components is designed by computer-aided design (CAD) and the designed geometry is produced by computer-aided machining (CAM).7. The system ...

IMPLANT-SUPPORTED BRACED DENTAL BRIDGE ARMATURE MADE FROM COMPOSITE MATERIAL, AND METHOD FOR MANUFACTURING THE ARMATURE

A dental bridge armature designed to be screw-fastened onto dental implants and including reinforcing elements formed by long fibres pre-impregnated with photo-polymerizable resin which are either woven or in bundles. The reinforcing elements are in the form of a fibrous framework including a main brace and base reinforcing elements wound around a series of implant abutments screwed onto the implants. Secondary braces are also wound around the main brace and the base reinforcing elements. The braces form an angle included between 15° and 85° with the base reinforcing elements. The armature is then included in a PMMA coating resin by a pressing or injection technique. 1. A dental bridge armature designed to be screw-fastened onto dental implants , said armature being made from composite constituted by fibres and particles , and filled with resin by deposition , pressing or injection ,said armature comprising reinforcing elements formed by long fibres pre-impregnated with photo-polymerizable resin which are either woven or in bundles, said reinforcing elements being in the form of a fibrous framework, comprising a main brace and base reinforcing elements, all wound around a series of implant abutments screw-fastened onto the implants, and the ends of the main brace are inclined in the direction of the base reinforcing elements.2. The dental bridge armature according to claim 1 , wherein secondary braces are wound around the main brace and the base reinforcing elements.3. The dental bridge armature according to claim 1 , wherein the base reinforcing elements and the braces are tensed from distal tension posts.4. The dental bridge armature according to claim 2 , wherein said braces form an angle comprised between 15° and 85° with the base reinforcing elements.5. A method for manufacturing a dental bridge armature according to claim 1 , including the following steps:tension posts are fitted distally to the most distal implants,implant abutments are fixed onto the ...

HIGH TORQUE DENTAL IMPLANT SYSTEM

A dental implant system for securing a dental prosthesis within a prepared site of a jawbone in a subject having an implant configured for insertion within the prepared site of the jawbone and an abutment configured for secure attachment to the implant. The implant can have a shoulder portion having a plurality of circumferential rings and a body portion that can be threaded. The implant can have an internal cavity that is configured or otherwise adapted to receive at least a portion of the abutment. 1. A dental implant system for securing a dental prosthesis therein a prepared site of a jawbone , the dental implant system comprising: a shoulder portion defining a coronal end of the implant and comprising a plurality of spaced circumferential rings;', 'a implant body portion defining an apical end of the implant and having a longitudinal length and an implant thread, the implant thread substantially helically extending along at least a portion of the length of the implant body portion, wherein the implant body portion is tapered in an apical direction; and', 'an internal cavity defined therein the coronal end of the implant and extending along the longitudinal axis of the implant therethrough the shoulder portion and at least a portion of the implant body portion; and, 'an implant having a longitudinal axis, the implant comprising a connector portion configured for selective secure attachment therein the internal cavity of the implant;', 'a transition portion configured to abut the shoulder portion of the implant, the transition portion comprising a plurality of spaced circumferential rings, wherein the connector portion and the transition portion have a common longitudinal axis; and', 'an abutment body portion, wherein the abutment body portion is tapered in a coronal direction,, 'an abutment comprisingwherein, upon attachment of the connector portion of the abutment therein the internal cavity of the implant, the common longitudinal axis of the connector portion ...

Dental implant, a dental implant kit and a method of securing a dental bridge to the jaw of a patient

The application relates to an implant for insertion into a structure, a method for connecting a superstructure to the implant, and a kit comprising the implant and a superstructure. The implant comprises a body having an external surface for apposition to bone, an apical end and a coronal end, an insertion interface at the coronal end for engagement with an insertion tool and for inserting the implant in an insertion direction, a connection interface adapted to connect the implant to an connection interface of a superstructure, and a retraction interface for engagement with a retraction member when the superstructure is positioned for connection to the connection interface and being configured for retracting the implant from an applied position in a retraction direction. A gap between the connection interface of the implant and the connection interface of the superstructure may be at least reduced by retracting the implant towards the superstructure.

System, apparatus and method for implementing implants

Systems, apparatuses, devices, kits and processes are provided to enhance bone implants. The bone implant includes one or more bone attachment components for securing the implant into a bone and a head component independent of and separable from the bone attachment components. In one embodiment, each bone attachment component includes an internally threaded bore hole sleeve for receiving a connector component. The head component preferably is adapted so as to be secured to the one or more bone attachment components at the time of initial implantation of the one or more bone attachment components and the head component into the bone. The head component preferably is adapted to be oriented relative to at least one of the one or more bone attachment components at a predetermined tilt angle, so that the implant generally conforms with a natural root structure of a missing tooth.

Process for securing a dental implant and dental implant

The present invention concerns a method for inserting a dental implant into the jawbone as a replacement for a tooth, said jawbone comprising cortical bone matter surrounding a core of spongy bone, wherein a hole is excavated in the cortical bone of the upper surface of the jawbone using an excavation tool, said hole penetrating mainly the cortical bone matter of the jawbone. The excavation tool is then removed and a threaded implant is placed in the excavated hole of the upper surface of the jawbone; the threaded implant is forwarded into the spongy bone core of the jawbone without any prior drilling having been done into the spongy bone section of the jawbone; and the implant is left in the spongy bone core of the jawbone for promoting integration of the implant with the surrounding bone (Osteointegration). The invention also concerns a dental implant suitable for being used in the method, said dental implant comprising an osseoimplant (Osseous part) part () forming a screw with threads () and a core (), said osseoimplant part (Osseous part) () also including a head section () forming a securing part for an abutment () or representing the abutment (). 19-. (canceled)10. A dental implant suitable for being used in a manual method for inserting a dental implant into the jawbone as a replacement for a tooth ,{'b': 1', '2', '3', '1', '7', '6', '6, 'characterized in that said dental implant comprises an osseoimplant (Osseous part) part () forming a tapered screw with a pointed lead end and with self-tapping threads () for penetration into the spongy bone of a tooth when manually entered into untreated spongy bone of a tooth providing a surface facing the spongy bone forming an area of expansion and compression of the spongy bone, said implant also comprising a core (), said osseoimplant part (Osseous part) () also including a head section () forming a securing part for an abutment () or representing the abutment (),'} a: excavating a hole in the cortical bone of the ...

SUPERSTRUCTURE AND METHODS FOR MANUFACTURING THE SAME

A dental superstructure attaching system for use with a dental implant is provided. The system comprises a longitudinal member being connectable with an implant or an implant connecting member via an at least partially curved interface area. The longitudinal member comprises a main member forming the lingual part of said longitudinal member, and a lever member forming the buccal or labial part of said longitudinal member. The longitudinal member further comprises means for urging said lever member and said main member away from each other, such that said longitudinal member is secured to said implant or implant connecting member. The system further comprises a casing () for attachment to a dental superstructure on the outer surface of the casing (), said casing () comprising a cavity () for housing the longitudinal member (), such that when urging said lever member () and said main member () away from each other, the longitudinal member () is secured in said cavity (). Methods for attaching a dental superstructure to a dental implant via such a system, are also provided. 1. A dental superstructure attaching system for use with a dental implant , said dental superstructure attaching system comprising:(i) a longitudinal member being connectable with an implant or an implant connecting member via an at least partially curved interface area at the proximal end of said longitudinal member, said longitudinal member comprisinga main member anda lever member,wherein said longitudinal member further comprises means for urging said lever member and said main member away from each other, such that said longitudinal member is secured to said implant or implant connecting member; and(ii) a casing for attachment to a dental superstructure on the outer surface of the casing, said casing comprisinga cavity for housing the longitudinal member, such that when urging said lever member and said main member away from each other, the longitudinal member is secured in said cavity.2. The ...

DENTAL PROSTHESIS

The invention relates to a dental prosthesis, comprising an implant body () and an abutment () that can be inserted into a receptacle of the implant body (), said abutment () forming a passage opening () for accommodating a cap screw () that engages in an internal thread () of the implant body (), which screw is supported by means of a conical cap part () of the cap screw () on a conical shoulder () of the abutment (). In order to provide advantageous constructional conditions it is proposed that the conical cap part () has at least two consecutive conical sections () in the axial direction, which conical sections have an opening angle that differs from the opening angle of the conical shoulder (), and when the one conical section () contacts the conical shoulder () without pressure the other conical section () engages in the shoulder cone () with play. 112124351738279108981011. A dental prosthesis , comprising an implant body () and an abutment () that can be inserted into a receptacle of the implant body () , said abutment () forming a passage opening () for accommodating a cap screw () that engages in an internal thread () of the implant body () , which screw is supported by means of a conical cap part () of the cap screw () on a conical shoulder () of the abutment () , wherein the conical cap part () has at least two consecutive conical sections ( , ) in the axial direction , which conical sections have an opening angle that differs from the opening angle of the conical shoulder () , and when the one conical section () contacts the conical shoulder () without pressure the other conical section () engages in the shoulder cone () with play.29103. A dental prosthesis according to claim 1 , wherein the two conical sections ( claim 1 , ) of the cap screw () have the same cone angle.338. A dental prosthesis according to claim 1 , wherein the cone angle of the cap screw () is larger than the cone angle of the conical shoulder ().4910. A dental prosthesis according to ...

SCREW CHANNEL DIRECTING DEVICE FOR A DENTAL SUPERSTRUCTURE AND METHODS FOR MANUFACTURING A DENTAL SUPERSTRUCTURE

A screw channel directing device () for a dental superstructure comprises a screw channel part () and an implant cooperating part (A, B), the former having a screw member seat () with a screw hole in the proximal end. The proximal end of the screw channel part () is bowl shaped, such that the inner bottom surface has a concave shape and its outer bottom surface () has a convex shape. The screw hole of the screw member seat () is a long hole. The implant cooperating part (A, B) comprises a collar-shaped lower implant cooperating part (A) to be connected to a dental implant () and a collar-shaped upper implant cooperating part (B). The lower implant cooperating part (A) has a distal concave seat (), and said upper implant cooperating part (B) has a proximal convex bottom surface () with a radius corresponding to the radius of the concave seat () of the lower implant cooperating part (A) to form a first ball joint (). The upper implant cooperating part (B) has a distal concave seat () with a radius corresponding to the radius of the outer bottom surface () of the screw channel part () to form a second ball joint (). The two ball joints have the effect that the screw channel part () may be tilted/angled and transferred sideways in relation to a central axis of the lower implant cooperation part (A). 1. A screw channel directing device for a dental superstructure , comprising a screw channel part and an implant cooperating part , said screw channel part comprising a screw member seat with a screw hole in the proximal end , wherein the proximal end of the screw channel part is bowl shaped , such that the inner bottom surface has a concave shape and its outer bottom surface has a convex shape , and wherein the screw hole of the screw member seat is a long hole , and wherein said implant cooperating part comprises a collar-shaped lower implant cooperating part to be connected to a dental implant and a collar-shaped upper implant cooperating part , said lower implant ...

Temporary dental prosthesis for use in developing final dental prosthesis

A method of manufacturing a permanent prosthesis for attachment to a dental implant installed in a mouth of a patient includes scanning a patient specific temporary prosthesis (PSTP) to obtain scan data. The PSTP is attached to the dental implant in the mouth of the patient. Gingival tissue surrounding the PSTP is permitted to heal in the mouth of the patient. In response to aesthetics of the healed gingival tissue surrounding the PSTP in the mouth of the patient not being acceptable, the PSTP is physically modified by (i) removing material from the PSTP, (ii) adding material to the PSTP, or (iii) both. The modified PSTP is scanned and a permanent prosthesis is fabricated as a replica of the modified PSTP using scan data generated from the scan of the modified PSTP.

DENTAL IMPLANT BOLT FASTENING STRUCTURE

There is provided an implant having a slack prevention function by an eccentric fitting structure. An engaging shaft which is decentered with a screw shaft is provided at the end of an abutment screw and is engaged with an engaging hole provided in the bottom of a screw hole into which an abutment screw is screwed, and thus, the screw shaft is inclined to and eccentric from the screw hole Thereby, the screw shaft comes to be strongly pressed partially in a circumferential direction toward the screw hole so that internal stress in the horizontal direction is accumulated on the screw shaft The screw is threaded with maintaining prevailing torque caused by the internal stress, which enables the screw to be fastened to the right position. 1. A bolt fastening structure comprising:a base member having a screw hole and an engaging hole provided at the bottom of the screw hole, the screw hole opening in an upper surface of the base member, and, the engaging hole having a right circular cylindrical inner surface with a diameter smaller than the internal diameter of the screw hole;a mounting member fitted over the base member from above; anda bolt fastening the mounting member to the base member, the bolt having a screw shaft screwed into the screw hole and a bolt head having a larger diameter than that of the screw shaft;characterized in that the bolt further having an engaging shaft which projects downward from the end undersurface of the screw shaft and engages with the inner peripheral surface of the engaging hole;wherein the engaging shaft is slightly eccentric to the screw shaft, or the engaging hole is slightly eccentric to the screw shaft, so that the screw shaft is slightly eccentric from and/or inclined to the screw hole by engaging the engaging shaft with the engaging hole.2. The bolt fastening structure according to claim 1 ,wherein the mounting member comprises a fitting hole and an engaging surface, at least a part of the bolt head fitting into the fitting hole, ...

METHOD AND APPARATUS FOR RECORDING SPATIAL GINGIVAL SOFT TISSUE RELATIONSHIP TO IMPLANT PLACEMENT WITHIN ALVEOLAR BONE FOR IMMEDIATE-IMPLANT PLACEMENT

A dental implant has a hollow shell with outer bio-compatible surface for engaging a soft tissue socket left in gingival tissue after a tooth has been extracted, to promote healing. The shell tapers outwardly from a first to a second perimeter, the second perimeter being asymmetrically scalloped with opposite distal and mesial peaks and opposite lingual and facial valleys between the peaks. A dental implant in the bone socket left after tooth extraction is rigidly connected to a temporary post, the temporary post extending in the shell. The shell engages against the soft tissue socket without gaps and without requiring alignment between the shell and implant axes. 1. A soft tissue preservation , dental implant arrangement , comprising:{'b': 10', '12', '16', '18', '20', '22', '24', '26, 'a hollow shell () with an interior volume and a shell axis (), the hollow shell having an outer surface for engaging a soft tissue socket that is left in gingival tissue immediately after a tooth has been extracted from a bone socket under the gingival tissue, the shell having a first perimeter () adapted for placement toward the bone socket and a second perimeter () adapted for placement adjacent an outer surface of the gingival tissue around the soft tissue socket, the first perimeter being smaller than the second perimeter so that the shell tapers outwardly from the first to the second perimeters, the second perimeter being asymmetrically scalloped with opposite distal and mesial peaks (, ) and opposite lingual and facial valleys (, ) between the peaks, and the shell being sized for closely engaging against the soft tissue socket without gaps;'}{'b': 30', '32, 'a dental implant () having an implant axis () and being adapted for placement in the bone socket; and'}{'b': 40', '10', '12', '32', '12', '32, 'a temporary post () rigidly connected to and coaxial with the dental implant, the temporary post extending in the interior volume of the hollow shell, a minimum inside diameter of ...

MULTI-PART IMPLANT

The present invention relates to an implant system for implantation into a zygomatic bone. The implant system forms a dental substructure and comprises an apical system end and a coronal system end. The coronal system end includes a coronal superstructure interface along a superstructure interface axis for supporting a dental superstructure, wherein the implant system has a length in a range of 30 mm to 60 mm and includes at least two components. The invention further relates to a zygoma implant extension to be connected to an implant for implantation into a zygomatic bone, a handling tool and to a method for implanting a zygoma implant of a zygoma implant system as well as to a method for a partial implant system revision 1. An implant system configured to be implanted into a zygomatic bone , the implant system forming a dental substructure and comprising an apical system end and a coronal system end , the coronal system end including a coronal superstructure interface along a superstructure interface axis configured to support a dental superstructure , wherein the implant system has a length in a range of 30 mm to 60 mm and includes at least two components.2. The implant system of claim 1 , comprising a first component with a longitudinal axis claim 1 , wherein the first component is an implant configured to be implanted into the zygomatic bone claim 1 , forms the apical system end of the implant system claim 1 , and includes a coronal implant interface along an implant interface axis.3. The implant system of claim 2 , wherein the superstructure interface axis is inclined at an angle to the longitudinal axis of the first component.4. The implant system of claim 2 , further comprising a second component claim 2 , wherein the second component is an implant extension configured to bridge the distance between a zygomatic bone and a maxilla of a patient claim 2 , includes an elongated section with a longitudinal axis claim 2 , an apical implant interface along the ...

Dental superstructure, and method of manufacture thereof

A dental superstructure with integrated spacers including a main body and at least one integrated spacer. The superstructure is intended to be connected to the at least one osseointegrated dental implant through connection between the integrated spacer and the osseointegrated dental implant. A manufacturing method thereof is also provided.

TOOTH IMPLANT

The invention relates to an implant for osseointegration into a jaw bone, comprising a receiving opening one section of which is designed as an inner polygon, and said implant comprising an indexation at its distal end that reproduces the geometry of the inner polygon. 11223143. An implant () for osseointegration into a jaw bone , the implant comprising receiving opening () , wherein at least a portion of the receiving opening () comprises is realized as an inner polygon () , wherein at a distal end , the implant () includes an indexing () which reproduces the a radial angular position and geometry of the inner polygon ().214313. The implant () as claimed in claim 1 , wherein the indexing () reproduces the an arrangement and number of side faces () of the inner polygon ().31452. The implant () as claimed in claim 1 , wherein the indexing () is arranged on a shoulder () which runs around the receiving opening () claim 1 , preferably on an end face.412313132. The implant () as claimed in claim 1 , wherein a further portion of the receiving opening () as comprises a fitting cylinder bore () claim 1 , wherein the fitting cylinder bore () is overlapped in an axial direction by an internal thread ().51313534. The implant () as claimed in claim 4 , wherein the fitting cylinder bore () forms a fit () and/or a threaded connection with a stem () of a tooth replacement component.61313331. The implant () as claimed in wherein the fitting cylinder bore () comprises a cylindrical proportion () of between 20% and 50% claim 4 , measured on a cylindrical lateral surface of the fitting cylinder bore ().7128. The implant () as claimed in claim 1 , wherein a further portion of the receiving opening () is realized as an internal thread ().883. The implant as claimed in claim 7 , wherein the internal thread () is arranged distally with respect to the inner polygon ().921983. The implant as claimed in claim 8 , wherein the receiving opening () comprises a cylinder () between the internal ...

METHOD OF INSTALLING A FINAL DENTAL PROSTHESIS

A cradle, assembly, system and method for installing a prosthesis at a surgical site. The cradle temporarily engages the prosthesis and holds it in the correct orientation and position adjacent the surgical site. An aperture is defined in the cradle and a portion of the prosthesis is received therein. In one embodiment, the cradle, assembly and system are used to install a final dental prosthesis in a patient's mouth in a single visit to the dentist's office. A securement member pins the surgical template and subsequently the cradle to the jaw. A sub-structure on the final dental prosthesis is received in the aperture in the cradle. Cylinders attached to implants anchored in the jaw extend through holes in the sub-structure and are bonded to the prosthesis. The cradle is detached from the jaw and from the prosthesis prior to screws being re-inserted through the cylinders and into the implants. 1. A method of installing a final dental prosthesis in a patient's mouth including:fabricating the final dental prosthesis to include a sub-structure;fabricating a cradle to conform to a region of the patient's jaw;forming an aperture in the cradle that is complementary to the sub-structure;installing one or more implants in the region of the patient's jaw;engaging the sub-structure in the aperture of the cradle;placing the cradle on the region of the patient's jaw;positioning and orienting the sub-structure and thereby the final dental prosthesis relative to the one or more implants using the cradle;engaging the sub-structure with the one or more implants;removing the cradle and engaged sub-structure from the implants and the region of the patient's jaw;disengaging the sub-structure from the cradle;positioning the final dental prosthesis on the region of the patient's jaw so that the sub-structure engages the one or more implants; andsecuring the sub-structure and thereby the final dental prosthesis to the one or more implants.2. The method as defined in claim 1 , wherein the ...

Dental Prosthesis and a Dental Implant Including Same

A dental prosthesis includes an implanting end, a coupling end, and a screw portion between the implanting end and the coupling end. The dental prosthesis further includes a positioning marker portion located adjacent to the coupling end of the dental prosthesis. The dental prosthesis can be precisely located in an alveolar bone of a patient. A dental implant includes the dental prosthesis and an abutment. The abutment includes a prosthesis coupling end. The prosthesis coupling end of the abutment is coupled to the coupling end of the dental prosthesis.

DENTAL ABUTMENT, ABUTMENT AND SCREW ASSEMBLY, AND DENTAL IMPLANT SYSTEM

The invention relates to a dental abutment with internal connection to an implant and fixing by means of a fixing screw. The abutment is provided, apically at the connection end thereof with anti-rotation means for positioning and fixing the orientation of the abutment with respect to the implant, and with a through hole configured for the passage therethrough of the fixing screw, the axis of which extends in the longitudinal direction to the apical connection end. The anti-rotation means comprise a plurality of longitudinal protrusions separated from each other which extend in the direction parallel to the axis of the through hole at the apical connection end, the protrusions being equidistant with respect to said axis and being configured as merlons such that the separation space between two adjacent protrusions is connected to the through hole. 1. A dental abutment configured at one of its ends for internal connection to a dental implant and for the fixing to the same by means of a fixing screw , wherein the abutment is apically provided at its connection end with anti-rotation means for positioning and fixing the orientation of the abutment with respect to the implant to which it is intended to be connected , and with a through hole configured for the passage therethrough of the fixing screw , the axis of which extends in the longitudinal direction to the apical connection end , characterised in that the anti-rotation means comprise a plurality of longitudinal protrusions separated from each other , which extend in the direction parallel to the axis of the through hole at the apical connection end , the protrusions being equidistant with respect to said axis and being configured as merlons such that the separation space between two adjacent protrusions is connected to the through hole.2. Dental abutment according to claim 1 , wherein the assembly of all the interior surfaces of the protrusions claim 1 , orientated towards the axis of the through hole is ...

DENTAL PROSTHESES CEMENTED ONTO IMPLANTS AND/OR ABUTMENTS HAVING A REVERSE MARGIN

A dental abutment, or a dental implant having an integrated abutment, in which the occlusal part of the abutment to which the dental prosthesis is to be cemented features a shoulder having a reverse margin. At the point where the shoulder meets the outer profile of the gingival part of the abutment, the shoulder is at an acute angle with respect to the longitudinal center axis of the abutment, thereby causing any cement ejected during mounting of the prosthesis to be ejected in a direction away from the gingiva. 1. A dental abutment for attachment to a dental implant for supporting attachment of a dental prosthesis by cementation with a luting agent to the dental abutment , the dental abutment comprising:a main body having a gingival part for attachment to the dental implant and an occlusal part to support cementation of the dental prosthesis onto the dental abutment with the luting agent, the main body having a longitudinal center axis,wherein the occlusal part of the main body has an outer profile radially closer to the longitudinal center axis than an outer profile of the gingival part at the interface between the occlusal part and the gingival part, thereby defining a shoulder between the occlusal part and the gingival part,wherein the outer profile of the gingival part at a point where it meets the shoulder is generally parallel to the longitudinal center axis,and wherein a face of the shoulder that meets the outer profile of the gingival part at the point is at an acute angle with respect to the longitudinal center axis.2. The dental abutment of claim 1 , wherein the face of the shoulder is planar in longitudinal cross-section.3. The dental abutment of claim 1 , wherein at least a portion of the shoulder is curved in longitudinal cross-section.4. The dental abutment of claim 3 , wherein the curved portion of the shoulder is concave.5. The dental abutment of claim 1 , wherein main body is generally cylindrical and wherein the occlusal part is generally ...

DENTAL IMPLANT INCLUDING CERAMIC FIXTURE

The present invention relates to a dental implant, and more particularly, to a dental implant including a fixture an abutment coupled to an upper end of the fixture and an abutment fixing screw coupling the abutment to the fixture The fixture is molded of ceramic and includes a screw part disposed on an outer circumferential surface and a screw hole to which the abutment fixing screw is coupled, disposed in a central axis direction. A helical coil is disposed between the screw hole of the fixture and the abutment fixing screw to couple an outer portion of the helical coil to a screw valley of the screw hole of the ceramic fixture and an inner portion to a valley of the screw part of the abutment fixing screw in a screw coupling manner. 1103010403010. A dental implant comprising a ceramic fixture , which comprises a fixture () , an abutment () coupled to an upper end of the fixture () , and an abutment fixing screw () coupling the abutment () to the fixture () ,{'b': 10', '13', '14', '40, 'wherein the fixture () comprises a screw part () provided on an outer circumferential surface thereof and a screw hole (), to which the abutment fixing screw () is coupled, defined therein and is molded of ceramic.'}22014104014104140. The dental implant f claim 1 , further comprising a helical coil () disposed between the screw hole () of the fixture () and the abutment fixing screw () to couple the screw hole () of the ceramic fixture () to a screw part () of the abutment fixing screw () in a screw coupling manner.320211414102140401410aab. The dental implant of claim 2 , wherein the helical coil () has an outer portion () inserted to closely contact a valley of a screw valley () of the screw hole () of the ceramic fixture () and an inner portion () inserted to closely contact a valley of a screw part of the abutment fixing screw () to couple the abutment fixing screw () to the screw hole () of the ceramic fixture (). This U.S. non-provisional patent application claims priority ...

DENTAL RESTORATION METHOD

A dental restoration method comprising a step of determining a positioning of a dental implant (), integrated into a bone structure () of an individual, from the identification and positioning of a one-piece healing member (), attached at one of the ends of same in the implant (), the healing element () comprising a side surface () intended to be integrated into a gum in order to shape the gum during the healing of same, and an end surface (), a part of the side surface () and of the end surface () forming an emergent surface, intended to remain outside the gum, that is asymmetrical relative to at least a perpendicular median plane. 1. A dental restoration method comprising:determining a positioning of a dental implant, integrated in a bone structure of a mouth of an individual, from an identification and positioning of a one-piece healing element, fixed at one of its ends in the implant, a side surface intended to be integrated within a gum in order to shape the gum during the healing of the gum, and', 'an end surface, a part of the side surface and of an end surface forming an emergent surface which is intended to remain outside the gum and which is asymmetrical with respect to at least one perpendicular median plane., 'the healing element comprising'}2. The dental restoration method as claimed in claim 1 , wherein the emergent surface is asymmetrical in a horizontal and/or vertical plane.3. The dental restoration method as claimed in claim 1 , further comprising fixing the healing element on the implant a screw that cooperates with a through-opening the healing element and a threaded opening of the implant.4. The dental restoration method as claimed in claim 3 , wherein the healing element comprises a conical bearing surface cooperating with a conical portion of a head of the screw in order to seal an interface between the screw and the healing element.5. The dental restoration method as claimed in claim 3 , wherein the healing element comprises claim 3 , at the ...

DENTAL POST FOR SUPPORTING DENTAL PROSTHESES AND METHOD FOR THE PRODUCTION THEREOF

The present invention relates to a dental post () for supporting dental prostheses () by means of a screw attachment and method for the manufacture thereof which provides a customizable optimum solution for each case, both from the mechanical viewpoint and from the aesthetic viewpoint, essentially comprising an upper hole () into which the retaining screw () is screwed for retaining the prosthesis () on the post () such that the upper hole () can be located at any point of the surface of the post once said post () has been customized in terms of the shape thereof and type of retention to the prosthesis () depending on the mechanical and aesthetic needs of the type of rehabilitation suitable for each particular case. 1. Dental post for supporting dental prostheses comprising at least one upper hole into which a retaining screw is screwed for fixing the prosthesis on the post , characterized in that said upper hole can be located at any point of the surface of the post once said post has been customized in terms of the shape thereof and type of retention to the prosthesis depending on the mechanical and aesthetic needs of the type of rehabilitation suitable for each particular case.2. Method for the manufacture of a post for supporting dental prostheses comprising at least one upper hole into which a retaining screw is screwed for fixing the prosthesis on the post , characterized in that it comprises the steps of:taking an impression of the patient's mouth,designing the post with the data of the patient obtained in the preceding step, customizing the shape thereof and type of retention to the prosthesis depending on the mechanical and aesthetic needs of the patient and calculating the ideal position of the upper hole by means of simulating the masticatory loads and the aesthetic requirements of the patient,transferring the file with the information obtained from the preceding step of designing to the step of planning for the manufacture of the post; andmanufacturing ...

Fixation Base and Guides for Dental Prosthesis Installation

Apparatus and method for installing a multi-tooth dental prosthesis in one session are shown and described. A first tool attaches to the jawbone, and serves as a foundation for subsequently used guides. Existing teeth and dental fixtures are removed, and the bone tissue is removed to accommodate the prosthesis. Subsequently, a drill guide is used to drill implant holes. An abutment guide is then used to place abutments. Copings are then installed. Next, the prosthesis may be installed and cemented to the copings. A resinous filler material may be applied to fill gaps and holes in and between the copings and the prosthesis, and is sanded smooth. 1. A method of installing a multi-tooth dental prosthesis in a maxillary or mandibular position in a mouth of a patient , the method comprising:providing a dental prosthesis for the maxillary or mandibular positioning in the patient's mouth,utilizing a fixation base to serve as a mounting jig for a plurality of other dental guides comprising a first dental guide, a second dental guide, and a third dental guide, wherein the fixation base comprises a generally arcuate shape with a front surface that has a plurality of openings through which fasteners can be passed, a rear surface, and a horizontal surface bearing first attachment elements for engagement of the dental guides used in the prosthesis installation;utilizing the first dental guide, wherein the first dental guide is a mouthpiece that attaches to the fixation base and is used to assure appropriate location to attach the fixation base to the maxillary or mandibular bone tissue of said patient;installing the fixation base to the maxillary or mandibular bone tissue of said patient;removing the mouthpiece from the installed fixation base;removing at least one of natural teeth, dental fixtures, and obstructive mouth tissues from the work site, to expose an underside of the maxillary or mandibular bone tissue;recontouring the bone tissue;utilizing the second dental guide, ...

DENTAL IMPLANT ASSEMBLY HAVING SEALING FEATURES AT COMPONENT INTERFACES

A dental implant assembly is disclosed. The dental implant assembly includes an implant having a bore within a coronal end, an abutment configured to couple to the implant to the coronal end, a screw configured to secure the abutment to the implant, and a gasket configured to seal an interface between the implant and the abutment. 1. A dental implant assembly comprising:an implant having a bore within a coronal end;an abutment configured to couple to the implant to the coronal end;a screw configured to secure the abutment to the implant; anda gasket configured to seal an interface between the implant and the abutment.2. The dental implant assembly of claim 1 , wherein the interface is around the bore.3. The dental implant assembly of claim 1 , wherein the gasket is formed of metal.4. The dental implant assembly of claim 3 , wherein the metal is silver.5. The dental implant assembly of claim 1 , wherein the gasket is affixed to the abutment.6. The dental implant assembly of claim 1 , wherein an apical tip of the screw is configured to deform in response to a threshold torque applied to the screw to secure the abutment to the implant.7. The dental implant assembly of claim 6 , wherein the apical tip is a recessed volume of material.8. The dental implant assembly of claim 6 , wherein the apical tip is formed of silver.9. The dental implant assembly of claim 1 , wherein the screw is formed of a screw body claim 1 , a gold coating over the screw body claim 1 , and a silver coating over the gold coating.10. The dental implant assembly of claim 1 , wherein the implant includes a castellated region on the coronal end claim 1 , the abutment includes a castellated region on a bottom surface claim 1 , and the implant castellated region meshes with the abutment castellated region with the abutment secured to the implant.11. The dental implant assembly of claim 10 , wherein at least one pair of implant castellation and abutment castellation are fully engaged with the abutment ...

One-Part or Multi-Part Implant System Comprising a Mounting Element Having One or More Outer Rings

The present invention relates to a mounting element () for fixing removable tooth prostheses which are anchored by an implant, comprising a lower end () for fastening the mounting elements () having an implant () or abutment; and an upper end for connecting the mounting element having a tooth prosthesis, optionally a friction insert; characterised in that the main body of the mounting element () has an outer ring ().

DEVICE FOR USE IN DENTAL TECHNOLOGY

The present invention concerns a device () for anchoring a dental prosthesis to at least one at least partially hollow implant () fixed to the bone structure (S) of a patient, comprising an anchoring component () suited to be anchored to the implant (). Said anchoring component () comprises a translatable element () suited to be translated between a first retracted position and a second position opposite the first retracted position; when the translatable element () is translated from the first retracted position to the second opposite position, a first end portion () of the translatable element () is at least partially inserted into the implant (), The invention furthermore concerns an anchoring structure () for anchoring a dental prosthesis to at least two implants (), an anchoring kit for anchoring a dental prosthesis to at least one implant () and an anchoring system for anchoring a dental prosthesis to the bone structure (S) of a patient.

One-piece dental implant for direct connection to a prosthesis

Dental implant of the type formed by a single body, having an implant section intended for introduction into the maxillary bone and provided with a self-tapping screw, and a receiving section that comprises a troncoconical surface intended to receive directly a temporary or permanent dental prosthesis, the said implant also having an axial orifice with a thread for receiving a retaining screw, as well as a polygonal prismatic section intended for the tightening of the implant for its implantation in the bone, characterised in that the conical section is immediately adjacent to the implant section, without the intermediation of the polygonal prismatic section.

Medical Device for Dental Prosthetic Systems, A Dental Prosthetic System, Use of the Medical Device and a Forming Method of Prosthetic Devices

A medical device () for dental prosthetic systems (), the dental prosthetic system () being of a type comprising: a dental product () comprising a housing seating () longitudinally extending along a height of the dental product, an implant () destined to be installed in a seating made in a bone tissue of a maxilla or mandible of a patient, a fixing element () configured such as to insert in the housing seating and enabling engagement of the dental product () to the implant (); the medical device () comprising a preformed solid body having a predetermined volume and an elongate conformation configured such as to insert in the longitudinal housing seating (). 156-. (canceled)57. A method of forming a dental prosthetic system on an implant previously installed in a seating made in the bone tissue of a maxilla or a mandible of a patient , the method comprising the following steps:associating to the implant at least one of a dental product and a connecting element, the dental product or the connecting element comprising at least a longitudinal housing seating extending substantially along a height of the dental product or respectively along a height of the connecting element;inserting a fixing element in the housing seating and, by acting on the fixing element, blocking the dental product or respectively the connecting element to the implant;inserting in the longitudinal seating a medical device comprising a preformed solid body having a predetermined volume and an elongate conformation; andaxially blocking the medical device in the longitudinal housing seating subsequently to the introduction of the fixing element.58. The method of claim 57 , wherein the step of axially blocking comprises applying a closing element to an access opening of the longitudinal seating present on the dental product claim 57 , the application occurring subsequently to the introduction of the fixing element and the medical device in the longitudinal housing seating claim 57 , the medical device ...

BONE IMPLANT HAVING AN ANCHORING PART MADE OF A BIOCOMPATIBLE PLASTIC

A bone implant includes an anchoring part and a structural part. The anchoring part includes a substantially cylindrical or frustoconical first portion with an external screw thread, which is configured to be implanted in a bone by a turning motion, and a second portion, which is configured to be arranged in a region of soft tissue. The anchoring part is formed from a first, biocompatible plastic and has a recess which extends from a top surface of the second portion into the first portion and which has an internal screw thread in a first thread portion. The structural part has a second thread portion configured to be screwed together with the first thread portion. 1. A bone implant comprising:an anchoring part; anda structural part, a substantially cylindrical or frustoconical first portion with an external screw thread, which is configured to be implanted in a bone by a turning motion, and', 'a second portion, which is configured to be arranged in a region of soft tissue,, 'wherein the anchoring part includeswherein the anchoring part is formed from a first, biocompatible plastic and has a recess, which extends from a top surface of the second portion into the first portion and which has an internal screw thread in a first thread portion, andwherein the structural part has a second thread portion configured to be screwed together with the first thread portion.2. The implant according to claim 1 , wherein the first portion has a first external surface which has an irregular structure and which has a first roughness Ra of between 1 μm and 30 μm.3. The implant according to claim 1 , wherein the second portion has a second external surface which is smooth and which has a second roughness Ra of less than 1 μm.4. The implant according to claim 1 , wherein the structural part is formed from a metallic material claim 1 , a ceramic material claim 1 , a plastic claim 1 , orwherein the structural part is formed from a composite of at least two of the group consisting of a ...

DENTAL IMPLANT WITH IMPROVED PROSTHETIC INTERFACE

Dental implants, dental abutments, and dental systems are disclosed. A dental implant can include an implant body having a longitudinal axis, a coronal end, and an apical end. An internal bore can be provided within the implant body, and can have a coronal end, adjacent to the coronal end of the implant body, and an apical end. The internal bore can include a first internally facing surface, extending from the coronal end of the internal bore towards the apical end of the internal bore, at least a portion of which tapers inwardly towards the apical end of the internal bore. The internal bore can further include an internally threaded portion positioned between an apical end of the first internally facing surface and the apical end of the internal bore. A dental abutment can be configured to engage with the dental implant. 1. A dental implant , comprising:an implant body having a longitudinal axis, a coronal end, and an apical end, the coronal end of the implant body including an externally facing surface oriented substantially transverse to the longitudinal axis and structured to engage an external shoulder portion of an abutment to form a seal therebetween; andan internal bore, provided within the implant body, having a coronal end adjacent to the coronal end of the implant body and an apical end,the internal bore including a first internally facing surface, extending from the coronal end of the internal bore towards the apical end of the internal bore, the first internally facing surface continuously tapers inwardly from the coronal end towards the apical end of the internal bore, wherein the first internally facing surface is configured to form an interference fit with an abutment,the internal bore further including an internally threaded portion positioned apical of an apical end of the first internally facing surface, andthe implant internal bore forms a transition zone having a gradual change in geometry from the first internally facing surface to the ...

SYSTEM FOR CONNECTING A DENTAL RESTORATION TO A DENTAL IMPLANT

An abutment arrangement for connecting a dental restoration to a dental implant, including a post body and a screw element. The post body has an expansion part and the screw element includes a spreading section. The passage extends through the expansion part of the post body. An outer diameter of the expansion part of the post body is elastically increasable by applying a lateral force. The passage of the post body has a pressure receiving section at the expansion part. When the screw element is located in the passage of the post body, the spreading section of the screw element is arrangeable at the pressure receiving section of the passage of the post body such that the lateral force is applied to the expansion part of the post body and the outer diameter of the expansion part of the post body is increased. 1. An abutment arrangement for connecting a dental restoration to a dental implant , comprising;a post body; and the post body has an axial passage with an apical aperture and an occlusal aperture,', 'the axial passage of the post body is equipped with a head slot and a press section limiting the head slot,', 'the screw element comprises a head section and a thread section axially distant from the head section, and', 'the screw element is arrangeable in the axial passage of the post body such that', 'the head section of the screw element is positioned in the head slot of the axial passage of the post body abutting the press section of the axial passage of the post body,', 'the screw element extends through the occlusal aperture of the axial passage of the post body out of the post body,', 'the post body has an expansion part and the screw element comprises a spreading section,', 'the axial passage extends through the expansion part of the post body,', 'an outer diameter of the expansion part of the post body is elastically increasable by applying a lateral force,', 'the axial passage of the post body has a pressure receiving section at the expansion part, and', ...

SCREW, TOOL AND ASSEMBLY FOR DENTAL IMPLANTOLOGY

The invention relates to a screw, a tool and a system for dental implantology, forming a fixing system and the components thereof to be used in a dynamic pillar assembly. Said dynamic pillar assembly is used in the production of prostheses on dental implants in human implantology in order to fix screws at an angle. 17.-. (canceled)8. A method of performing dental implantology , comprising the steps of:providing a base having a center axis;providing a screw comprising a head at one end and a thread at an opposite end, the head of the screw has an internal part with female hexalobular form with a circular center and six circular depressions and six circular peaks on a periphery of the circular center, wherein the screw is configured to couple the base to an implant in a bone of a patient;providing a screwdriver having a tip with a male hexalobular form configured to mate with the screw head and turn the screw, the female hexalobular form and the male hexalobular form configured to permit the screwdriver to engage and apply torque to the screw while a center axis of the screwdriver is angled relative to a center axis of the screw; andscrewing the screw into the implant while the center axis of the screwdriver is angled relative to the center axis of the screw by greater than 25 degrees.9. The method according to claim 8 , wherein claim 8 , during screwing claim 8 , the center axis of the screwdriver is angled relative to the center axis of the screw by 28 degrees.10. The method according to claim 8 , wherein claim 8 , during screwing claim 8 , the center axis of the screwdriver is angled relative to the center axis of the screw by greater than 28 degrees.11. The method according to claim 8 , wherein claim 8 , during screwing claim 8 , the center axis of the screwdriver is angled relative to the center axis of the screw by 30 degrees.12. The method according to claim 8 , wherein claim 8 , during screwing claim 8 , the center axis of the screwdriver is angled relative to ...

Fixture for a dental implant and an implant system comprising the same

A dental implant fixture comprises: a body; a continuous thread part including a continuous thread continuously formed in a spiral shape along an outer circumferential direction of the body; a bone damage prevention part formed at one end portion of the body and preventing an alveolar bone existing in an opening area of a hole where the body is implanted from being damaged due to the continuous thread part; and an entrance guide part provided at the other end portion of the body and guiding the body in an initial implantation entrance direction. The entrance guide part comprises; a flat portion of horizontal flat; an inclined portion extending upward from a circumferential surface of the flat portion with an upwardly increasing radius; and a rounded portion connecting the inclined portion and the continuous thread part and having at least one area inwardly rounded toward the centerline of the fixture.

A DENTAL IMPLANT

The present invention provides a dental implant that can be fitted immediately into a tooth socket after native tooth extraction and preparation of the tooth socket and without having to drill into the bone. The dental implant comprises a core enveloped by an expandable anchor comprising a plurality of joined segments. The core is displaced within an inner chamber of the anchor and generates an expansion force causing the joined segments to be displaced linearly away from the central axis of the implant where the coronal and apical ends of each joined segment are displaced in parallel paths normal to the central axis of the implant. 2. The dental implant of claim 1 , the core including a body member having a length extending from the core coronal end to the core apical end and along the central axis claim 1 , a tapered section tapering from the core coronal end towards the core apical end claim 1 , extending at least a first portion of the length of the core along the central axis.3. The dental implant of claim 2 , the core including and a first helical thread extending at least a portion of the length of the core claim 2 , and the inner chamber of the anchor including a second helical thread corresponding to the first helical thread of the core to enable threaded engagement of the core and anchor.4. The dental implant of wherein the expansion force is generated by rotation of the core about the central axis and displacement of the core into the inner chamber of the anchor along the central axis.5. The dental implant of wherein the core is apically displaced within the inner chamber along the central axis to generate the expansion force.6. The dental implant of wherein the core is coronally displaced within the inner chamber along the central axis to generate the expansion force.7. The dental implant of further including a bolt with a helical thread claim 6 , the core further includes a receptacle at the core coronal end having a helical thread that corresponds to ...

Milling blank for an abutment attachment

A milling blank for an abutment attachment which can be secured to a dental implant, including a securing section with a screw channel for a fixing screw for securing the milled abutment attachment to the dental implant; and a milling section having a feed channel at an angle with respect to the screw channel for feeding the fixing screw into the screw channel.

METHODS AND DEVICES FOR COUNTERING GINGIVAL EFFECTS IN DENTAL RESTORATION

A dental restoration system including a dental prosthesis having an occlusal body having defined therein a cavity and having an outer profile; and a dental abutment having a main body with a gingival part for anchoring to an implant and an occlusal part shaped to fit within the cavity to support cementation of the dental prosthesis, wherein the occlusal part of the main body has an outer profile radially closer to the longitudinal center axis than an outer profile of the gingival part at the interface between the occlusal part and the gingival part, thereby defining a shoulder between the occlusal part and the gingival part. The radial width of the outer profile of the dental prosthesis where it meets the shoulder is the same as or smaller than the radial width of the outer profile of the gingival part at the shoulder. 1. A dental restoration system , comprising:a dental prosthesis comprising an occlusal body having defined therein a cavity and having an outside profile; anda dental abutment having a main body with a gingival part to be anchored to an implant and an occlusal part shaped to fit within the cavity to support cementation of the dental prosthesis, wherein the occlusal part of the main body has an outer surface radially closer to a longitudinal center axis of the main body than an outer profile of the gingival part at the interface between the occlusal part and the gingival part, thereby defining a shoulder between the occlusal part and the gingival part,wherein the cavity is shaped to enable the dental prosthesis to seat upon the shoulder when cemented, and wherein the radial width of the outside profile of the dental prosthesis where it meets the shoulder is smaller than the radial width of the outer profile of the gingival part at the shoulder.2. The dental restoration system of claim 1 , wherein the shoulder of the dental abutment includes a concave portion defining a channel into which a gingival end of the dental prosthesis is to fit.3. The dental ...

SYSTEMS AND METHODS FOR DENTAL ABUTMENTS WITH CEMENT-RETAINED CROWNS

Devices and methods for dental abutments. Particular embodiments include a dental abutment comprising a base portion, and a generally cylindrical neck portion extending from the base portion, where the generally cylindrical neck portion comprises a first end proximal to the base portion, a second end distal from the base portion, an outer surface, and an inner surface forming a central lumen. Certain embodiments include a plurality of vent holes extending from the outer surface of the generally cylindrical neck portion to the central lumen, where the plurality of vent holes are located proximal to the base portion of the abutment. 1. A dental abutment comprising:a base portion; a first end proximal to the base portion;', 'a second end distal from the base portion;', 'an outer surface; and', 'an inner surface forming a central lumen; and, 'a generally cylindrical neck portion extending from the base portion, wherein the generally cylindrical neck portion comprisesa plurality of vent holes extending from the outer surface of the generally cylindrical neck portion to the central lumen, wherein the plurality of vent holes are located proximal to the base portion of the abutment.2. The dental abutment of wherein the plurality of vent holes are directly adjacent to the base portion of the abutment.3. The dental abutment of wherein the plurality of vent holes are tangential to the base portion of the abutment.4. The dental abutment of wherein:the generally cylindrical neck portion comprises a length extending from the first end to the second end; anda distance between the first end and a center of a vent hole in the plurality of vent holes is less than twenty percent of the length of the generally cylindrical neck portion.5. The dental abutment of wherein:the generally cylindrical neck portion comprises a length extending from the first end to the second end; anda distance between the first end and a center of a vent hole in the plurality of vent holes is less than ten ...

SUPERSTRUCTURE, DENTAL IMPLANT AND DENTAL PROSTHESIS

Superstructure and dental implant each with an interface that allows direct attachment of the superstructure to the dental implant without the use of an abutment and can be manufactured in a cost-effective manner. 1. A superstructure , comprising:an opening extending along a longitudinal axis of the superstructure; andan interface configured for attaching the superstructure to a dental implant;wherein the interface comprises as an extension disposed on a lower side of the superstructure, surrounding the opening and having a cylindrical or conical lateral surface that forms an outer surface of the extension, andwherein the lateral surface is interrupted by a recess that opens into the opening.2. The superstructure according to claim 1 , wherein the recess is arranged at a lower free end of the extension claim 1 , and wherein the recess is open on its lower side toward the lower free end.3. The superstructure according to claim 1 , wherein the recess is a tunnel-like recess.4. The superstructure according to claim 1 , wherein the recess comprises two planar drive surfaces extending parallel to each other.5. The superstructure according to claim 4 , wherein each of the two planar drive surfaces extends parallel to a radial direction that is oriented orthogonally to the longitudinal axis.6. The superstructure according to claim 1 , wherein the recess comprises a concave abutment surface.7. The superstructure according to claim 6 , wherein the concave abutment surface extends parallel to a radial direction that is oriented orthogonally to the longitudinal axis.8. The superstructure according to claim 4 , wherein the concave abutment surface extends parallel to a radial direction that is oriented orthogonally to the longitudinal axis claim 4 , and wherein the planar drive surfaces each adjoin the concave abutment surface and are arranged opposite to one another.9. The superstructure according to claim 1 , wherein the opening extends centrally through the extension.10. The ...

DENTAL IMPLANT ASSEMBLY

Dental implant assembly comprising an implant with a body having an outer implant surface configured for osseointegration and a connection well, and an abutment comprising a prosthesis mounting portion for assembly of a dental prosthesis thereon and a connector mounting cavity. The assembly further comprises a connector comprising an implant mounting portion for assembly in the connection well of the implant, and an abutment mounting portion for assembly in the connector mounting cavity of the abutment, the abutment mounting portion of the connector comprising an index portion and the abutment connector mounting cavity further comprising an index cavity portion for receiving the index portion therein, the index portions configured to register the rotational orientation of the abutment about a longitudinal axis (A) with respect to the connector. 113.-. (canceled)14. Dental implant assembly comprising an implant with a body having a connection well and an outer implant surface configured for osseointegration , and an abutment comprising a prosthesis mounting portion for assembly of a dental prosthesis thereon and a connector mounting cavity , the assembly further comprising a connector comprising an implant mounting portion for assembly in the connection well of the implant , and an abutment mounting portion for assembly in the connector mounting cavity of the abutment , the abutment mounting portion of the connector comprising an index portion and the abutment connector mounting cavity further comprising an index cavity portion for receiving the index portion therein , the index portions configured to register the rotational orientation of the abutment about a longitudinal axis (A) with respect to the connector wherein the abutment mounting portion of the connector further comprises an upper conical attachment portion for mounting to a complementary conical cavity portion of the connector mounting cavity of the abutment and a conical lower attachment portion ...

Abutment for Implant

An abutment connecting a crown that forms an external form of an artificial tooth to a fixture embedded in a gum of a human, and comprising a body, a combination portion formed at an end of the body and combined with the fixture, a threaded portion formed at the body and penetrating through the body, a fixing screw being inserted into the threaded portion to couple the body to a processing device or a jig, a coupling hole formed at the body and penetrating through the body, a coupling unit being inserted into the coupling hole to connect the body and the fixture, and a sectional surface formed at an opposite portion to the combination portion and connected to the processing device or the jig, to position the body in the processing device or in the jig when the body is coupled to the processing device or the jig. 1. An abutment for implant comprising:a body;a combination portion formed at an end of the body and combined with the fixture;a threaded portion formed at the body and penetrating through the body, a fixing screw being inserted into the threaded portion to couple the body to a processing device or a jig;a coupling hole formed at the body and penetrating through the body, a coupling unit being inserted into the coupling hole to connect the body and the fixture; anda sectional surface formed at an opposite portion to the combination portion and connected to the processing device or the jig, to position the body in the processing device or in the jig when the body is coupled to the processing device or the jig.2. The abutment of claim 1 , further comprising an installation portion formed at another end of the body and installing the body in the processing device or the jig claim 1 , andthe sectional surface is formed at the installation portion.3. The abutment of claim 2 , wherein the installation portion is taped as the sectional surface is far from the body.4. The abutment of claim 2 , further comprising a recess portion formed between the body and the ...

DENTAL IMPLANT

A dental implant including an implant body having a top surface, and at least one non-annular cutaway portion longitudinally extending downwardly from the top surface along one side of the body and outwardly to the periphery, and a method for making the implant. The implant body preferably includes a body portion and a head portion integrally formed with the body portion, the body portion has a periphery and the head portion has a non-circular periphery, and the periphery of the head portion is smaller than the periphery of the body portion. 1. A dental implant for implantation in a jaw bone , comprising:an implant body sized for positioning of an intrabony portion thereof within said jaw bone;said body having at least one side surface defining an inner boundary of a non-annular cutaway volume longitudinally extending along one side of said body where comprising said intrabony portion; andsaid side surface being positionable to place said volume between said side surface and a portion of said jaw bone to which said side surface is the closest implant surface, when said body is implanted.2. The dental implant according to claim 1 , further comprising:a top surface; anda screw-receiving bore extending downwards from the top surface for coupling an abutment to the implant.3. The dental implant according to claim 2 , wherein said bore is not concentric with the longitudinal axis of the implant.4. The dental implant according to claim 2 , Wherein said screw-receiving bore is formed at an angle to a longitudinal axis of the implant.5. (canceled)6. The dental implant according to claim 1 , wherein said at least one side surface is tapered.7. The dental implant according to claim 1 , wherein said at least one side surface ends in a shoulder extending outwardly to the periphery from said side surface.8. The dental implant according to claim 1 , wherein said at least one side surface extends along the entire length of the body.9. The dental implant according to claim 1 , ...

DENTAL IMPLANT SYSTEM

An implant comprising two internal anti-rotational features. One anti-rotational feature is adapted to engage a driving tool, while the other anti-rotational feature is adapted to engage an abutment. An implant abutment system is provided with an angled abutment adapted to mate with one of the anti-rotational features. A second, straight abutment is adapted to engage with the other anti-rotational feature. An abutment is provided with resilient fingers to interface with the implant and provide tactile and audible feedback indicating when the abutment is properly seated. An abutment screw extends through the abutment and engages the implant bore distal of the stem of the abutment. The abutment screw limits axial movement of the abutment relative to the implant. A driving tool comprising one of at least retention structure and visual alignment indicia is provided to facilitate screwing the implant into a patient's bone. 1. A dental implant , comprising:a proximal end adapted to abut an abutment;an interior bore extending distally form the proximal end;a first anti-rotation cavity in the interior bore and comprising a first minor diameter; anda second anti-rotation cavity in the interior bore and comprising a second minor diameter no greater than the first minor diameter.250.-. (canceled)51. A dental method , comprising:applying torque to a first internal anti-rotation feature of an implant to insert the implant deeper into the bone; andsubsequent to applying the torque to the first internal anti-rotation feature, engaging an abutment with a second internal anti-rotation feature of the implant.5266.-. (canceled)67. An implant system , comprising:an implant comprising a first anti-rotational feature and a second anti-rotational feature,a mount adapted to couple to the first anti-rotational feature to transfer torque to the implant to install the implant in a patient; andan abutment adapted to couple to the second anti-rotational feature.6870.-. (canceled) This ...

METHOD FOR MANUFACTURING A DENTAL STRUCTURE, DENTAL STRUCTURE OBTAINED AND DENTAL ASSEMBLY FORMED BY A STRUCTURE SCREWED ON A DENTAL IMPLANT

A method for manufacturing a dental structure, a dental structure and a dental assembly, formed by a structure screwed on a dental implant relates to a manufacturing method of a dental structure intended to be located and screwed on a previously osseointegrated dental implant, as well as to the structure obtained according to said method and to the dental assembly formed by said structure and implant. 1. A method for manufacturing a dental structure from an individual raw body that is transformed into a dental piece for the subsequent placement thereof by screwing on one or several osseointegrated dental implants with an axis , comprising the following stages:Drilling the body, through its lower portion that is to be placed on the dental implant, along a first axis (a), coinciding with the axis of the dental implant, creating a first channel with a first diameter,Inserting a milling tool from below into said first channel, with the shape according to the seat of a screw to be inserted in the channel, to machine the channel and the seat of the screw,Machining the inside of the first channel, widening the first diameter thereof in at least a second section, determining a first section with a first diameter and the second section with a second diameter, which is greater than the first, andDrilling of said body, creating a second channel along a second axis (b) that forms an angle greater than 0° and less than or equal to 45° with the first axis (a) of the first channel, connecting said second channel with said first channel.2. The method claim 1 , according to claim 1 , wherein the diameter of the second channel is greater than the first diameter of the first channel.3. The method claim 1 , according to claim 1 , wherein the milling tool machines a straight seat between the first section and the second section of the first channel claim 1 , which is perpendicular with respect to the walls of the channel.4. The method claim 1 , according to claim 1 , wherein the milling ...

Scanbody

Embodiments include a scanbody that includes a base that fits in an anti-rotation geometry of a dental implant, and a body that is set to be scanner. The body includes a lateral surface with geometrical elements that allow the identification of information regarding a position, direction and rotation of the scanbody. The body lateral surface does not include any flat portion and includes a first opposing trunconical element, base-to-base, a secondary trunconic element and concave surfaces disposed at the side, including a hole ( 5 ) that receives a fixing screw.

DRILL BIT FOR REMOVING IMPLANT FASTENING SCREW AND GUIDING SOCKET THEREOF

The present invention discloses a drill bit for removing implant fastening screw which comprises the hole drilling drill bit for axially drilling a hole in the fastening screw which broken or damaged in an implant and the screw lifting drill bit for being firmly fixed the hole of the fastening screw and for lifting the fastening screw, and a guiding socket which comprises the fastening portion for being firmly fastened in the upper end portion of an implant in which a broken or damaged fastening screw is remained and a guiding portion for guiding the hole drilling drill bit to meet the central axis of the fastening screw and the central axis of the hole drilling drill bit 1. A drill bit for removing implant fastening screw comprising:a hole drilling drill bit for axially drilling a hole in the fastening screw which is broken or damaged in an implant; anda screw lifting drill bit for being firmly fixed the hole of the fastening screw and for lifting the fastening screw.2. The drill bit according to claim 1 , wherein the hole drilling drill bit is provided with a hole drilling portion to drill the hole and a cooling water supplying portion to supply the cooling water to the hole drilling portion to cool the heat produced during the drilling of the hole claim 1 , which are integrally provided in order.3. The drill bit according to claim 2 , wherein an entrance restrain portion to restrain the entrance depth of the hole drilling portion to drill the hole is provide to be integral very after the cooling water supplying portion.4. The drill bit according to claim 3 , wherein a hand-piece connecting portion to be mounted to a working tool like a hand-piece is further provide to be integral very after the entrance restrain portion.5. The drill bit according to claim 2 , wherein the hole drilling portion is formed with a pair of cutting blades for drilling the hole on the fastening screw claim 2 , the cutting blades being opposite with each other on the end surface thereof.6 ...

DENTAL BRIDGES AND SUPERSTRUCTURES, AND METHODS FOR MANUFACTURING THEREOF

The present disclosure provides a dental bridge intermediary structure () comprising a superstructure () and a connection piece (), as well as connection piece for a dental bridge intermediary structure (). A method for producing a dental bridge superstructure () is also provided. 1. A dental bridge intermediary structure; comprising a superstructure , said superstructure comprising seats for connection to dental implants; and a connection piece , wherein the connection piece comprises connection means for connecting the dental bridge intermediary structure to a cutter , and reference means for positioning of the superstructure in the cutter.2. The dental bridge intermediary structure according to claim 1 , wherein the positioning of the superstructure in the cutter is automatic.3. The dental bridge intermediary structure according to claim 1 , wherein said dental bridge intermediary structure is a sintered dental bridge intermediary structure.4. The dental bridge intermediary structure according to claim 1 , wherein said dental bridge intermediary structure is a cast dental bridge intermediary structure.5. The dental bridge intermediary structure according to claim 1 , wherein said dental bridge intermediary structure is a milled dental bridge intermediary structure.6. The dental bridge intermediary structure according to claim 1 , wherein said dental bridge intermediary structure is a partly sintered claim 1 , partly cast claim 1 , and/or partly milled dental bridge intermediary structure.7. The dental bridge intermediary structure according to claim 1 , wherein the reference means or the connection means are cavities claim 1 , such as holes.8. The dental bridge intermediary structure according to claim 1 , wherein the reference means or the connection means are protrusions.9. The dental bridge intermediary structure according to claim 1 , wherein the reference means and the connection means is the same element.10. The dental bridge intermediary structure ...

Ankylos Attachment Complex (AAC)

An ankylos attachment (AA) comprising a transitional adapter at coronal end for serving as an impression coping, temporary/permanent attachment. A threaded retentive shank (TRS) comprises a bolt which is designed to insert through the AA into the dental implant. The new design of the AAC is compelling because it can reduce cost, improve patient comfort and reduce clinical chair time/treatment time. In addition, AAC can be utilized to facilitate CAD/CAM technique which can largely shorten the period of fabrication of dental restoration. As a result, the final restoration can be finished and delivered in a couple of hours comparing to six to twelve weeks when the restoration is done in traditional way.

HEALING ABUTMENT ASSEMBLY, HEALING ABUTMENT AND SELECTING METHOD THEREOF

A healing abutment assembly for disposing on an implant by an auxiliary tool includes a healing abutment and a connecting member. A body includes an accommodating space, a healing surrounding surface, a top surface and a bottom surface. The bottom surface is connected to the implant. The healing surrounding surface is connected between the top surface and the bottom surface. The accommodating space is communicated with the top surface and the bottom surface. An outline of the top surface is formed in a non-circular shape, and the healing surrounding surface is formed in a non-conical shape. A positioning structure is disposed on the top surface and removably connected to the auxiliary tool. The connecting member is removably connected to the body and the implant. The connecting member is passed through the body and disposed in the implant so as to fixedly connect the body to the implant. 1. A healing abutment for disposing on an implant by an auxiliary tool , the healing abutment comprising:a body comprising an accommodating space, a healing surrounding surface, a top surface and a bottom surface, wherein the bottom surface is connected to the implant, the healing surrounding surface is connected between the top surface and the bottom surface, the accommodating space is communicated with the top surface and the bottom surface, and the healing surrounding surface is formed in a non-conical shape; anda positioning structure disposed on the top surface and removably connected to the auxiliary tool.2. The healing abutment of claim 1 , wherein the healing surrounding surface is formed in a triangular cone shape corresponding to a teeth position of a central incisor claim 1 , a lateral incisor or a canine claim 1 , the healing surrounding surface is formed in an elliptical cone shape corresponding to the teeth position of a first premolar or a second premolar claim 1 , or the healing surrounding surface is formed in a quadrangular cone shape corresponding to the teeth ...

Dental prosthesis

A dental prosthesis includes a dental implant, a post and core and a crown. The implant is adapted to be fixed to a bone and the post and core is adapted to be fixed to the implant with a screw that passes through the inside of the post and core, a first portion of the post and core including a first portion to be introduced into the implant and second portion protruding from the implant, providing a connection between the implant and the crown. A separation area is provided between the area where the crown is housed in the post and core and the area where the post and core is housed in the implant and the second portion of the post and core has a profile that converges from the implant toward the crown, without increases. 1. A dental prosthesis comprising:a dental implant;a post and core; anda crown,wherein said implant being is adapted to be fixed to a bone, and said post and core is adapted to be fixed to said implant with a screw that passes through an inner portion of said post and core,wherein said post and core comprises a first portion to be inserted into said implant and a second portion protruding from said implant,wherein said post and core connects said implant to said crown, a separation area being provided between a first area where the crown is housed in the post and core and a second area where the post and core is housed in the implant, andwherein an outer profile of said second portion converges from said implant towards said crown, without increases.2. The dental prosthesis according to claim 1 , wherein said outer profile further comprises a first lower cylindrical part claim 1 , a second converging part being disposed above said first cylindrical part.3. The dental prosthesis according to claim 1 , wherein said outer profile converges in a continuous manner from said implant towards said crown claim 1 , without increases.4. The dental prosthesis according to claim 1 , wherein said outer profile converges with an angle of convergence included ...

Screw and driver tool

The invention relates to a screw and corresponding screw driver for driving the screw into a dental implant at an angle from the longitudinal axis of the implant. The screw has a polygonal interface and the screw driver has a matching interface for driving the screw to rotate.

DENTAL IMPLANT INSTALLATION ASSEMBLY AND COATED IMPLANTATION TOOL THEREFORE

A dental implant installation assembly including a dental implant body having an opening and at least a first surface peripheral to the opening, an implantation tool having a portion adapted for insertion in the opening and at least a second surface peripheral to the portion and a screw for connecting the implantation tool to the dental implant body such that when the portion is inserted in the opening and the at least first and second surfaces are in mutual contact and a torque is exerted by the implantation tool on the dental implant body during installation of the dental implant body, the torque is distributed over the dental implant body at least as a torsion torque at the opening and a friction torque at the first surface. 1. A dental implant installation assembly comprising:a dental implant body having an opening and at least a first surface peripheral to said opening;an implantation tool having a portion adapted for insertion in said opening and at least a second surface peripheral to said portion; anda screw for connecting said implantation tool to said dental implant body such that when said portion is inserted in said opening and said at least first and second surfaces are in mutual contact and a torque is exerted by said implantation tool on said dental implant body during installation of said dental implant body, said torque is distributed over said dental implant body at least as a torsion torque at said opening and a friction torque at said first surface.2. A dental implant installation assembly according to claim 1 , wherein said dental implant body comprises zirconia.3. A dental implant installation assembly according to claim 1 , wherein said implantation tool comprises titanium and has a titanium oxide coating integrally formed thereon.4. (canceled)5. A dental implant installation assembly according to claim 1 , wherein said opening comprises a generally hexagonally shaped opening and said portion comprises a generally hexagonally shaped protrusion ...

DENTAL IMPLANT, ABUTMENT, IMPLANT SYSTEM AND IMPLANT SET

A dental implant for insertion in a jaw bone has a receiving opening arranged on a coronal end of the dental implant for an abutment, the receiving opening when viewed from the coronal end having a taper section and an indexing section, the indexing section having at least one outwardly extending groove arranged along a circular circumference, the taper section having a conical angle of less than 3°. 1. A dental implant for insertion in a jaw bone , said implant having a receiving opening arranged on a coronal end of the dental implant for an abutment , said receiving opening when viewed from the coronal end having a taper section and an indexing section , the indexing section having at least one outwardly extending groove arranged along a circular circumference , the taper section having a taper angle of less than 3°.2. The dental implant of claim 1 , wherein the taper angle is between 1° and 2°.3. The dental implant of claim 2 , wherein the taper angle is 1.4°.4. The dental implant of claim 1 , wherein the respective groove has two side surfaces which are each perpendicular to a common end surface which is perpendicular to an imagined line extending radially from a center axis of the dental implant.5. The dental implant of claim 4 , wherein the side surfaces have a length of 0.8 mm to 1.5 mm claim 4 , in circular 1 mm.6. The dental implant of claim 4 , wherein exactly four grooves are arranged at an even distance along the circular circumference.7. The dental implant of claim 6 , wherein the ratio of a free angle along whose covered region on the circular circumference no groove is arranged and a groove angle along whose covered region on the circular circumference a groove is arranged is between 1.0 and 0.5 claim 6 , in particular between 0.61 and 0.84.8. The dental implant of claim 1 , wherein a circular support surface for supporting the introduction for an abutment is formed on the indexing section.9. The dental implant of claim 1 , wherein an inner screw ...

Anchor with healing chambers

An anchor to be screwed into a hole with high primary stability and eventually even higher secondary stability. A right hand thread form winds with continuous turns along the body of the anchor. A trailing flank of the thread form is back-angled. The central region includes an array of flutes having left-hand helical twist. Each flute is composed of distinct flute segments. A condensing ramp is formed along the crest of the thread form between two circumferentially—adjacent flute segments. Each condensing ramp is pitched about 20° so as to apply a localized compressive strain to the interior surface of the host bone with a densifying action when the anchor is screwed into the prepared hole. The condensing ramps create induced stress and super-activated zones in the bone directly adjacent to healing chambers formed by the flute segments. The healing chambers draw bone to naturally encourage and promote healing.

FIXTURE HAVING HEXAGONAL FEMALE SCREW PART

The prevent invention relates to: a fixture; a fixing groove formed in the fixture, wherein an abutment is inserted in the fixing groove; a female screw part of the fixture for coupling the abutment to a lower part of the fixing groove; and the abutment having a hexagonal screw thread, the abutment having a male screw part formed at a body of a lower part of the abutment corresponding to the fixing groove to be coupled with the fixing groove, wherein the female screw part has a hexagonal internal shape, and a screw root of the female screw part is configured to be a circular screw part maintaining a circular shape of the screw root. 1. A fixture having a hexagonal female screw part comprising:a fixture;a hexagonal fixing groove which is formed inside a fixture and into which an abutment is inserted;a female screw part formed in the hexagonal fixing groove,wherein the female screw part is configured to have a hexagonal internal shape, and a screw root of the female screw part is configured to be a circular screw part maintaining a circular shape such that one fixture may be used for two sorts of abutments regardless of the shape of the abutment which is configured to have a hexagonal shape or configured to be a circular screw part.2. The fixture having a hexagonal female screw part according to claim 1 , wherein the hexagonal fixing groove is divided into an upper portion and a lower portion claim 1 , the hexagonal fixing groove is formed at the lower portion of the hexagonal fixing groove claim 1 , and the female screw part is formed at the hexagonal fixing groove.3. The fixture having a hexagonal female screw part according to claim 1 , wherein a middle portion of an edge and an edge of a hexagonal shape of the female screw part has the longest screw thread.4. The fixture having a hexagonal female screw part according to claim 1 , wherein an edge of a hexagonal shape of the female screw part has the shortest screw thread. The present invention relates to a dental ...

DETACHABLE IMPLANT-COUPLING PROSTHESIS

The present invention relates to a detachable implant-coupling prosthesis, and more specifically to a detachable implant-coupling prosthesis which enables an implant and a coupling prosthesis to be easily coupled to each other and can be easily coupled to and separated from each other during revision and re-placement. According to the present invention, via the unique distinguishing structure capable of achieving easy coupling without using a screw fastening method screw fastening method, loosening and fracture do not occur, and an aesthetic effect and durability can be prevented from being degraded because it is not necessary to form a hole in a tooth. Furthermore, the coupling prosthesis can be easily separated without destructing a tooth when a problem occurs after the placement of an implant, and thus effects arise in that the inconvenience of a patient can be mitigated and cost can be reduced during the treatment of inflammation or periodontitis. 110. A detachable implant-coupling prosthesis coupled to an implant () , the detachable implant-coupling prosthesis comprising:{'b': 100', '10, 'an abutment () configured to be coupled to a top of the implant (); and'}{'b': 200', '100', '20, 'a crown-coupling structure () configured such that it is coupled to a top of the abutment () and a crown () is attached onto a top thereof;'}{'b': '100', 'wherein the abutment () comprises{'b': 101', '10, 'an implant coupling portion () configured to be coupled to the implant (); and'}{'b': 200', '150, 'a crown-coupling structure () configured to be coupled to a coupling structure ();'}{'b': 151', '100', '150, 'wherein a ball seat portion () formed by bending an upper outer circumferential surface of the abutment () inward is formed on the coupling structure ();'}{'b': 211', '1', '210', '20', '250', '100', '200, 'wherein a coupling and separation tool entry part () formed to be penetrated in a vertical direction and configured to receive a coupling separation tool () in which ...

DENTAL IMPLANT

Dental implant with a base body made of ceramic anchorable in a jawbone and an implant superstructure attachable to the base body using a screw, wherein in an assembled state of the dental implant, a threaded portion of the screw engages with an inner thread formed in a blind hole of the base body, wherein the implant superstructure is by the screw pressed against the base body and wherein the engagement between the threaded portion of the screw and the internal thread of the blind hole occurs only in a lower half of the base body facing away from the implant superstructure. 1. Dental implant with a base body made of ceramic anchorable in a jawbone and an implant superstructure attachable to said base body using a screw , wherein in an assembled state of said dental implant , a threaded portion of said screw engages with an inner thread formed in a blind hole of said base body , and wherein said implant superstructure is by said screw pressed against said base body wherein said engagement between said threaded portion of said screw and said internal thread of said blind hole occurs only in a lower half of said base body facing away from said implant superstructure.2. Dental implant according to claim 1 , wherein said internal thread over its entire length extends only in said lower half of said base body.3. Dental implant according to claim 1 , wherein the length of said blind hole amounts to at least 80% of the total length of said base body.4. Dental implant according to claim 1 , wherein said blind hole comprises a bore claim 1 , subsequent to said internal thread in the direction of said implant superstructure claim 1 , which is embodied as a fit bore claim 1 , wherein there is a clearance fit with very little play or a transition fit between said fit bore and a shank of said inserted screw.5. Dental implant according to claim 4 , wherein the length of said fit bore is greater than the length of said internal thread.6. Dental implant according to claim 1 , ...

MOLDS FOR CUSTOM DENTAL IMPLANT ABUTMENTS AND IMPRESSION POSTS

Molds for fabrication of custom and potentially modifiable abutments and impression posts for dental implants with various degrees of angulations (including zero degrees) and various dimensions are provided, with a generally oval shape that expands laterally upwards, a symmetrical or asymmetrical cross-section, and regular surfaces, that are fabricated as one piece, or as two coupling pieces snapping onto each other. Custom abutments achieve the development of a custom gingival emergence profile, three dimensionally, which is potentially modifiable according to the needs of each particular clinical case. Custom impression posts that correspond in dimensions and angulations to the abutments allow the accurate recording and transfer of the developed gingival emergence profile from the mouth onto the working cast, where the final implant prosthesis is fabricated. Custom abutments and impression posts have properties and design that allows their preparation and usage as temporary abutments for the cementation and support of temporary prostheses. 1. A fabrication mold for customized and modifiable dental implant abutments and impression posts with varied degrees of angulation with respect to a vertical plane , the fabrication mold comprising:a mold base comprising an upper surface, said upper surface comprising a plurality of sockets, said sockets each comprising an implant prosthetic connection and a threaded blind bore at the base of each socket, said sockets being oriented in a varied degree of angulation with respect to the vertical plane; anda superstructure comprising a plurality of open wells that are oriented substantially parallel with the vertical plane, said superstructure coupling with said upper surface of said mold base so that the sockets and the open wells align with one another,wherein:said superstructure and said mold base, when coupled together are configured to accept a plurality of cores comprised of abutment and impression posts that are configured ...

Dental implant system

An improved dental system is disclosed for implanting into a jawbone of a patent comprising a dental implant having a coronal end and a small apical end with an orifice extending from the coronal end toward the apical end. An orientation portion is disposed in the orifice for aligning an abutment relative to the dental implant. A threaded portion is disposed in the orifice for receiving a threaded portion of the abutment for securing the abutment to the dental implant. Preferably, the orifice extends at least one-half the length of the dental implant.

DENTAL IMPLANT AND DENTAL IMPLANT SYSTEM

A dental implant with a receiver for dental mounting parts is disclosed. The receiver comprises at least one cylindrical wall portion and the dental implant has a support face perpendicular to the longitudinal axis, so that a corresponding first mounting part can be radially supported on the at least one cylindrical wall portion and axially on the support face. The receiver furthermore comprises at least one truncated-cone-shaped wall portion, on which a corresponding second mounting part can be radially and axially supported. A dental implant system is also disclosed, comprising the dental implant and at least one first and at least one second dental mounting part, which can selectively be connected to the dental implant. 1. A dental implant with a receiver for dental mounting parts , wherein the receiver comprises an apical end and a coronal end and extends along a longitudinal axis of the dental implant and a dental mounting part can be introduced axially into the receiver , wherein the receiver comprises at least one cylindrical wall portion and the dental implant has a support face perpendicular to the longitudinal axis , so that a corresponding first mounting part can be supported radially on the at least one cylindrical wall portion and axially on the support face , and in that the receiver furthermore comprises at least one truncated-cone-shaped wall portion , on which a corresponding second mounting part can be supported radially and axially.2. The dental implant according to claim 1 , wherein the cylindrical and truncated-cone-shaped wall portions are in each case configured rotationally symmetrically in relation to the longitudinal axis and are arranged consecutively in the axial direction.3. The dental implant according to claim 1 , wherein the receiver comprises a cylindrical wall portion in the region of its apical end and a truncated-cone-shaped wall portion in the region of its coronal end.4. The dental implant according to as claim 1 , wherein the ...

SCREW COUPLING STRUCTURE FOR PREVENTING LOOSENING AND METHOD FOR PRODUCING SCREW COUPLING STRUCTURE FOR PREVENTING LOOSENING

The present disclosure relates to a screw coupling structure for preventing loosening, and more particularly, to a screw coupling structure for preventing loosening for preventing loosening between a screw portion and an engagement portion, which includes the screw portion having a predetermined length and the engagement portion having a screw hole through which the screw portion is inserted and engaged, in which the screw portion is formed of a shape memory alloy deformable by an external force applied thereto at a temperature lower than a predetermined threshold temperature and recoverable from the deformation by heating to a temperature higher than the threshold temperature. 1. A screw coupling structure for preventing loosening configured to prevent loosening between a screw portion and an engagement portion , the screw coupling structure for preventing loosening comprising:a screw portion having a predetermined length; andan engagement portion having a screw hole through which the screw portion is inserted and engaged,wherein the screw portion is formed of a shape memory alloy deformable by an external force applied thereto at a temperature lower than a predetermined threshold temperature and recoverable from the deformation by heating to a temperature higher than the threshold temperature.2. The screw coupling structure for preventing loosening of claim 1 , whereinthe screw portion has male screw threads formed on an outer surface thereof,the engagement portion has female screw threads formed on an inner surface of the screw hole, andthe screw portion is at least partially compressed or stretched in a longitudinal direction at a temperature lower than the threshold temperature, and, when heated to a temperature higher than the threshold temperature while being inserted into the engagement portion, expands or contracts in the longitudinal direction and recovers to a pre-deformed state, exerting stress on the male screw threads and the female screw threads.3. ...

Dental / Prosthetic Implant

Improvements in a dental/prosthetic implant is disclosed. The implant includes interior and exterior threaded surfaces. The use of both interior and exterior expanding threaded surfaces for integrations of the insert and a prosthetic with the same implant. The implant is immediately usable under load and promotes rapid integration with bone growth. The expanded insert essentially makes contact with the tapped bone surfaces where loads can be immediately applied so a person can utilize the prosthetic implant. The implant can further include security devices GPS, ID with medical records making removal of the implant difficult to extract. A cushioning member may be further integrated. The implant/abutment can include a surface with a plurality of contacts with sufficient gold contact points to attach residual nerve endings, during implanting surgery to provide nerve identification, send, receive, target so as to exploit proprioceptive memory or retraining. 1. A dental implant comprising:a wire threaded insert;a tapped hole in a bone;a dental implant having an abutment;said abutment having a first end that is threaded and an opposing second end with a tapped hole;said dental implant further includes a threaded fastener configured to engage in said tapped hole in said abutment, andsaid dental implant further a tapered hole.2. The dental implant according to wherein said wire threaded insert being fabricated from titanium.3. The dental implant according to wherein said titanium is nanostructured.4. The dental implant according to further includes a second wire threaded insert.5. The dental implant according to wherein said wire threaded insert is at least partially coiled and threaded into said tapped hole.6. The dental implant according to wherein said wire threaded insert expands with said tapped hole.7. The dental implant according to wherein said abutment is tapered to match said tapered hole in said dental implant.8. The dental implant according to wherein wire in ...

System and Dental Implant for Reducing Losses of Dental Implants or Dental Prostheses

A dental implant includes an insertion portion which extends along an implant axis, and a coronal projection for receiving an abutment having a dental prosthesis formed thereon, which can be mounted on the dental implant with a screw. The insertion portion includes a coronal region and an apical region. The coronal projection extends from the coronal region of the insertion portion in the coronal direction and along a prosthesis axis. The coronal projection and the insertion portion are integrally connected in one piece. The prosthesis axis and the implant axis are inclined towards each other, and the abutment having the dental prosthesis formed thereon is attachable to the dental implant with only one screwing operation in the direction of the prosthesis axis.

DENTAL IMPLANT WITH INDEXING SURFACES HAVING A FRICTION-REDUCING COATING

The present invention relates to a connection between a post part provided for being screwed into the jawbone and an associated superstructure part to which a dental prosthesis can be fastened. The connection between the post part and the superstructure part has a rotational self-centering action, wherein at least one of the surfaces provided for this purpose has a friction-minimizing modification and/or coating. 1. A dental implant part provided for being inserted into a jawbone , comprising a receiving channel , wherein the receiving channel includes in a first indexing area within the receiving channel at least one contact surface inclined against a longitudinal axis of the dental implant part , said first indexing area extending along a first portion of the longitudinal axis , wherein said first portion overlaps an external thread of the dental implant part along the longitudinal axis , andwherein the receiving channel includes in a second indexing area within the receiving channel a number of functional surfaces oriented parallel to the longitudinal axis of the dental implant part, said second indexing area extending along a second portion of the longitudinal axis that is distinct from the first portion.2. The dental implant part of claim 1 , wherein the first indexing area and the second indexing area are designed for the same number of positioning possibilities.3. The dental implant part of claim 1 , wherein the second indexing area comprises a rotational locking mechanism.4. The dental implant part of claim 1 , wherein said receiving channel is adapted to receive a contact pin of an associated structural piece such that a proximal end of the contact pin extends past an upper edge of the receiving channel by a predetermined distance.5. A structural piece for supporting a dental prosthesis in a patient's mouth claim 1 , said structural piece comprising a contact pin adapted in its geometry to be inserted into a receiving channel of a dental implant part claim ...

Fastening System

A system for fixing a prosthetic component to an anchor implanted in the bone of a patient. The prosthetic component includes a fixing channel and an installation channel. The fixing channel opens to an engagement collar configured to engage with a bone anchor. The installation channel opens from an outer surface of the prosthetic and communicates with the fixing channel. The installation channel permits placement of a fastener therethrough into the fixing channel to secure the prosthetic to the bone anchor. The axes of the fixing channel and the installation channel intersect at a point which lies within the radius of a fastener seat which is configured to engage a head of the fastener when the fastener is placed into the fixing channel. 1. A system for fixing a prosthetic component to an anchor implanted in bone of a patient , the system comprising:a fastener configured for location in the prosthetic component for fastening the prosthetic component to the anchor, the fastener having a spherical or part spherical head, and a shaft with a length; anda prosthetic component having a fixing channel and an installation channel, the fixing channel opening at one end at an anchor engagement collar, and an opposite end opening internally of the component to meet the installation channel at a fastener seat, the fixing channel being configured to accommodate there-through the shaft of the fastener while the head of the fastener sits on the fastener seat, the fastener seat being profiled to receive, and have substantially the same radius of curvature, as the fastener head, the installation channel opening to an outer surface of the prosthetic component and having an installation axis that is inclined relative to a fixing axis of the fixing channel, the axis of the fixing channel intersecting the installation axis at a point that lies within the radius of the fastener seat, said collar being profiled to interlock with the anchor.2. The system of claim 1 , wherein the ...

DENTAL IMPLANT, CONNECTING SCREW AND KIT FOR IMPLANTATION

The invention relates to a dental implant for mounting in the jaw bone, comprising a base portion, an abutment and a connecting screw, the post of said connecting screw having a stepped design, wherein the diameter of the bottom part thereof before the beginning of the thread of the post does not exceed the inner diameter of the bearing thread of the abutment, and the distance from the head of the screw to the top end thereof is smaller than the axial distance from the head of the screw to the bearing thread of the abutment by 0.1-1 mm (optimally by 0.2-0.3 mm). According to claim , comprising the base portion of the implant, the abutment, and auxiliary components, the latter comprising a set of connecting screws having a screw thread pitch appropriate for the abutment sizes for prosthesis implantation in patients with a high, medium and low gum height. 1. A dental implant for placement in a jaw bone , comprising a base part , a abutment and a connecting screw , in which a coronal end of the base part of the implant has a receiving hole for the abutment , having in a direction from the coronal end a conical index portion forming a guide surface for the abutment , and in a cervical direction there is a threaded portion directly adjacent to the index portion for placement of the connecting screw; the abutment contains a connecting zone for connection with the base part of the implant , having the conical portion , to which the index area is adjacent in the cervical direction designed in a way , that it forms a guide surface for a surface of the index portion of the base part of the implant when the abutment is placed in the implant , and at the cervical end it has an end surface with a hole through which the threaded portion of the connecting screw with a supporting thread can be introduced , as well as a connecting screw , comprising of a head and a stein , threaded in a lower part , characterized in that the connecting screw stein is made stepped , and its lower ...

DROP-SHAPED SCREW CONDUIT FOR A DENTAL SUPERSTRUCTURE AND DESIGNING METHOD THEREOF

A dental superstructure securable to a protruding dental abutment, related assembly and method of design are provided. The dental superstructure is designed to mimick a tooth and is perforated to create a drop-shaped screw conduit for screw insertion and advancement. The screw conduit includes an insertion portion extending substantially conically outwardly from an inlet to enable advancement of an inserted screw along an insertion axis and a spherical angulation portion extending from and communicating with the insertion portion to allow angulation of the screw from the insertion axis to an implant axis. Buccal and/or lingual contours of the screw conduit may be respectively arched outwardly and inwardly from the insertion axis to adapt to screw advancement needs. The dental superstructure may be part of an assembly for a dental implant in combination with an osseointegrable implant including the protruding dental abutment; and a dental abutment screw. 1. A dental superstructure securable to a protruding dental abutment having an implant screw conduit defining an implant axis , the dental superstructure comprising a base structure mimicking a tooth and being perforated to create a path for a screw towards the protruding dental abutment , the path defining within the base structure a drop-shaped screw conduit having:an aperture defining an inlet on an external surface of the base structure to enable insertion of the screw into the drop-shaped screw conduit,an insertion portion extending conically outwardly from the inlet to enable advancement of the screw along an insertion axis, andan angulation portion extending from and communicating with the insertion portion and having a substantially spherical contour to allow angulation of the screw from the insertion axis to the implant axis.2. The dental superstructure of claim 1 , further comprising a screw abutment seat extending from the drop-shaped screw conduit to receive the screw claim 1 , the screw abutment seat ...

ABUTMENT CAPABLE OF ACCOMMODATING CORE CROWNS MANUFACTURED AT VARIOUS ANGLES AND FUNCTIONING AS A HEALING ABUTMENT HAVING A CAP ATTACHED THERETO, METHOD FOR MANUFACTURING DENTAL IMPLANT PROSTHESES USING THE ABUTMENT, AND METHOD FOR IMPLANT SURGERY USING THE ABUTMENT

The present invention relates to an abutment capable of accommodating core crowns manufactured at various angles and functioning as a healing abutment having a cap attached thereto, to a method for manufacturing dental implant prostheses using the abutment, and to a method for implant surgery using the abutment wherein the abutment consists of an artificial tooth crown (core crown) for an abutment formed in an upper portion of a fixture and is directly bonded using cement rather than using a healing abutment, and grooves are further formed in the upper portion of the abutment and the lower portion of the crown so as to widen the contact area between the abutment and the crown, and the abutment has a protrusion at a side surface thereof. 1. Abutment that accommodates core crowns manufactured in various angles and functions as healing abutment with the cap , comprising:{'b': 31', '3', '3, 'a central through-hole of the abutment that penetrates the middle area of the abutment from the upper portion to the lower portion thereof;'}{'b': 2', '31', '3, 'a connecting screw inserted into the central through-hole of the abutment in order to be connected a fixture;'}{'b': 39', '3', '31, 'an upper portion of the abutment that forms the border of the central through-hole ;'}{'b': 32', '3', '39', '3, 'an inner upper portion of the abutment that is formed at the inner lower portion of the upper portion of the abutment and provided with a slop;'}{'b': 36', '35', '3', '3, 'a lateral upper portion and a lateral lower portion of the abutment which are formed upwardly and downwardly on the basis of a vertex projecting from the side surface of the abutment and provided with a slop, respectively.'}2. Abutment that accommodates core crowns manufactured in various angles and functions as healing abutment with the cap , comprising:{'b': 31', '1', '3', '1, 'a groove - formed at a central upper portion of the abutment -;'}{'b': 39', '1', '3', '1', '31', '1, 'an upper portion - of the abutment ...

Dental abutment system

A dental implant screw for holding an abutment on a dental implant includes a head and a shaft. A proximal end of the shaft is coupled to the head. The shaft includes a threaded section, an outwardly tapered section leading into a recessed section, and a stop section directly between the outwardly tapered section and the recessed section. The recessed section is directly between the head and the stop section. The threaded section is directly adjacent a distal end of the shaft and is configured to engage threads of an internally threaded bore in the dental implant to hold the abutment on the dental implant.

DENTAL IMPLANT PLUG

Plug-() is a solid shape, fabricated by 3D printers from dental resin, designed in Cylindrical-(), Conical-() and Double Cylindrical-() shapes with straight leveled top heads-() and with 3 inclined leveled top heads of 30° (), 45° () and 60° () for () with in the center of the top head a shallow Sinkhole-() as guidance point and at 0.25 mm a Handling Pin-() for transport, with a narrow Neck-() at the bottom as breaking point after positioning. Plug () is used to close the holes, that are left open after screwing abutments, and prosthetic reconstructions on implants. These screw holes have to be closed. If material obstructs the screw head, it is impossible to unscrew when needed, as screwdrivers will not fit. Plugs are Fabricated precisely in the diameters of the internal walls of the holes, thus creating a friction and a vacuum when placed, and insuring a precise fit without other aids. 119101910678. Dental Implant Plug ( , ,) consists of a Plug ( , ,) , a Handling Pin ( ,) and a Sinkhole () , that form a single compact body.The plug is used by dentists to close the holes, that exists after screwing abutments on dental implants, after screwing screw-retained crowns on implants, after screwing full arch bridges on multiple implants as well as after screwing hybrid bridges as a fixed unit on 4 or 6 implants (“all on 4”, “all on 6”), where screws pass through special Sleeves, that form the passways for the screws to connect the construction on the implants and are incorporated in the constructions by the dental technicians.{'b': 1', '9', '10, 'Plugs (,,) characterised by 3 different Shapes{'b': 1', '9', '10, 'Cylindrical Plugs (), Conical Plugs () and Double Cylindrical Plugs () and by 4 different inclinations{'b': 2', '3', '4', '5, 'Straight Leveled Top Heads () and 30° leveled (), 45° leveled () and 60° leveled () top heads.'}{'b': 1', '10, 'Cylindrical Plugs () and Double Cylindrical Plugs () characterised by{'b': 2', '3', '4', '5, 'Straight leveled Top Heads () ...

DENTAL IMPLANT PACKAGE

The present invention provides a dental implant package, comprising a healing abutment and a tooth-replacement implant. The healing abutment made of plastic materials and rubber material comprises a tooth-replacement implant cap and a first insertion; wherein the tooth-replacement implant cap including a first main body and a first groove is a polygonal prism with different sectional areas of upper level greater than low level and located in the first main body, and an external surface of the first insertion has a plane surface and a first fine thread. Further, an external surface of the tooth-replacement implant has an external thread section and circular arc thread section, and inside of the tooth-replacement implant has an internal thread section; wherein the first insertion is made of plastic materials or rubber materials; alternatively, the first insertion may be consisted by embracing a first metal screw with plastic materials or rubber materials. 1. A dental implant package , comprising:a healing abutment made of plastic materials or rubber materials and comprising a tooth-replacement implant cap and a first insertion; wherein the tooth-replacement implant cap includes a first main body and a first groove which is a polygonal prism with different sectional areas of upper level greater than low level and located in the main body, and an external surface of the first insertion has a plane surface and a first fine thread; anda tooth-replacement implant whose an external surface has an external thread section and circular arc thread section;wherein the first insertion is made of plastic materials or rubber materials; alternatively, the first insertion may be consisted by embracing a first metal screw with plastic materials or rubber materials.2. The dental implant package of claim 1 , further comprises a cover screw made of plastic materials or rubber materials and comprising a cone section and a second insertion; wherein the cone section includes a second groove ...

Dental implants, dental implant systems, and methods for making and using same

Dental implants may be designed using a three-dimensional scan of an extracted tooth root and/or a corresponding socket site. The dental implant may include three portions: a root portion designed to sit below the patient's gum line, a connector portion positioned above the root portion and designed to sit above the gum line, and an abutment portion positioned above the connector portion upon which a temporary or permanent crown may be placed. The root portion may include three sections that correspond to three areas of a three-dimensional scan of an extracted tooth root. The first and third sections of the implant may have a size and shape that corresponds to a first and third portions of the three-dimensional scan, respectively. A circumference of the second section of the implant may be smaller than a corresponding circumference of the second section of the three-dimensional scan of the tooth root.

DEVICE, SYSTEM AND METHOD FOR PROSTHODONTIC RESTORATION

A dental implant device in the form of an interface member for forming an individually customized dental implant abutment mounted on a connection platform of a dental implant anchor adapted to be implanted, the interface member is a hollow tubular member featuring an internal lumen defined between a non-customizable distal portion and a customizable proximal portion. 1. A dental implant device in the form of an interface member for forming an individually customized dental implant abutment mounted on a connection platform-of-a dental implant anchor adapted to be implanted , the interface member is a hollow tubular member featuring an internal lumen defined between a non-customizable distal portion and a customizable proximal portion ,a. the distal portion defining a non-customizable dental implant anchor coupling interface having a surface for matching and fitting with the dental implant anchor's connection platform;b. the proximal portion having tubular an elevated rim configured to be customizable so as to assume a surface, shape, angle and vertical dimension wherein once customized said elevated rim defines a trans-gingival collar of the individually customized dental implant abutment, the upper end thereof defining a shoulder provided for supporting a dental implant restoration or crown.2. The device of wherein said elevated rim of said interface member has a height of at least 0.5 mm and up to 7 mm.3. The device of wherein said proximal portion has a diameter that is at least equal to or larger than the diameter of said distal portion.4. The device of wherein said proximal portion has an internal surface defined along said lumen claim 1 , wherein said internal surface is contoured.5. The device of wherein said proximal portion has an internal surface defined along said lumen claim 1 , wherein said internal surface is a retentive surface.6. The device of wherein a least a portion of said internal surface of said proximal portion assumes a cylindrical cross ...

DENTAL DEVICE FOR REMOVING A PARTIALLY OR FULLY OSSEOINTEGRATED DENTAL IMPLANT

The present invention relates to a dental device () for removing a dental implant () which is at least partially or fully osseointegrated with a patient's jaw (), comprising: a head portion () for rotatingly holding a dental tool () for unscrewing the dental implant (); and a driving means for applying a torque to the dental tool () for unscrewing the dental implant (); characterized in that the driving means is further adapted to apply pulsed torques (τ; τ, τ, τ) to the dental tool () to unscrew the dental implant (). 1123. A dental device () for removing a dental implant () which is at least partially or fully osseointegrated with a patient's jaw () , comprising:{'b': 6', '7', '2, 'a head portion () for rotatingly holding a dental tool () for unscrewing the dental implant (); and'}{'b': 7', '2, 'a driving means for applying a torque to the dental tool () for unscrewing the dental implant ();'}characterized in that{'sub': 1', '2', '3, 'b': 7', '2, 'the driving means is further adapted to apply pulsed torques (τ; τ, τ, τ) to the dental tool () to unscrew the dental implant ().'}21. The dental device () according to claim 1 , characterized in that{'sub': 1', '2', '3, 'the driving means is further adapted to vary the frequency and/or the magnitude of the pulsed torques (τ; τ, τ, τ).'}31. The dental device () according to claim 2 , characterized in that{'sub': 1', '2', '3, 'the driving means is further adapted to vary the frequency and/or the magnitude of the pulsed torques (τ; τ, τ, τ) according to a non-linear form.'}41. The dental device () according to claim 3 , characterized in thatthe non-linear form comprises a stepped form (a) and/or a sinusoidal form (b).51. The dental device () according to any one of to claim 3 , characterized in that{'sub': 1', '1', '2', '2', '1, 'the driving means is further adapted to apply one or more pulsed torques (τ) having a relatively high magnitude within an initial time interval (T) and one or more pulsed torques (τ) having a ...

TWO-PART MODELLING AID

A two part modelling aid () for connection to a dental implant component (), the modelling aid comprising a hollow base part () comprising an open apical end (), an open coronal end () and a tubular side wall () extending from the apical to coronal end along a linear longitudinal axis (L), the side wall having an interior and an exterior surface, one of said surfaces comprising an anti-rotation section () having a non-circular symmetric cross-section in a plane perpendicular to the longitudinal axis, and a hollow angled part () comprising an open apical end (), an open coronal end () and a tubular side wall () extending between the apical end and coronal end and having an interior and exterior surface, the tubular side wall forming an apical portion () of the angled part extending along a first linear axis (L), and a coronal portion () of the angled part extending along a second axis, the second axis being non-coaxial to the first axis such that the tubular sidewall creates a non-linear channel (), the apical portion being sized and shaped to form a friction fit with the base part, wherein, when the base part is connected to the angled part, a closed channel () is formed extending from the apical end of the base part to the coronal end of the angled part, the first axis of the apical portion of the angled part being coaxial to the longitudinal axis of the base part and the anti-rotation section of the base part being exposed on a surface of the base part. 1. A two part modelling aid for connection to a dental implant component , the modelling aid comprisinga hollow base part comprisingan open apical end,an open coronal end anda tubular side wall extending from the apical to coronal end along a linear longitudinal axis, the side wall havingan interior and an exterior surface, one of said surfaces comprising an anti-rotation section having a non-circular symmetric cross-section in a plane perpendicular to the longitudinal axis, anda hollow angled part comprisingan ...

DENTAL PROSTHETIC ASSEMBLIES AND COUPLING SYSTEMS

A dental prosthetic assembly includes a semi-flexible reinforcement bar and a polymer and glass outer layer chemically luted to the semi-reinforcement bar outside of the reinforcement bar. The semi-flexible reinforcement bar forms an interior of the dental prosthetic assembly and at least a portion of the polymer and glass outer layer forms teeth of the dental prosthetic assembly. A coupling system of a dental prosthetic assembly includes pins disposed in openings extending into the dental prosthetic assembly and implant abutments configured to be coupled with a mouth of a patient. The implant anchors have horizontal holes configured to receive the pins. The pins secure the dental prosthetic assembly to the implant abutments by moving into the dental prosthetic assembly through the openings and into the holes of the implant abutments. 1. A dental prosthetic assembly comprising:a semi-flexible reinforcement bar; anda polymer-based outer layer chemically bonded to the semi-flexible reinforcement bar outside of the reinforcement bar, wherein the reinforcement bar forms an interior of the dental prosthetic assembly and at least a portion of the polymer-based outer layer forms teeth of the dental prosthetic assembly.2. The dental prosthetic assembly of claim 1 , wherein the polymer-based outer layer is formed from a polymer and a glass.3. The dental prosthetic assembly of claim 1 , wherein the polymer-based outer layer is cure bonded to the semi-flexible reinforcement bar.4. The dental prosthetic assembly of claim 1 , wherein the polymer-based outer layer is multi-cure bonded to the semi-flexible reinforcement bar.5. The dental prosthetic assembly of claim 1 , wherein the semi-flexible reinforcement bar includes ceramic particles.6. The dental prosthetic assembly of claim 1 , wherein the semi-flexible reinforcement bar is more flexible than the polymer-based outer layer.7. The dental prosthetic assembly of claim 1 , further comprising a cure resin that chemically bonds ...

DENTAL PROSTHESIS PRODUCTION DEVICE AND DENTAL PROSTHESIS

The invention relates to a dental prosthesis production device and method of manufacturing a dental prosthesis in which the dental prosthesis has an implant () and an abutment () which has a shape that is compatible with the implant () and on or to which abutment a dental structure () that is made of a dental material, in particular ceramic and/or plastic, and produced with the aid of a CAM process using rapid prototyping or compression molding technology can be secured. The abutment is mounted on the implant () via a releasable connection, in particular a screw connection (), having an anti-rotation mechanism (), and an anti-rotation device (groove ) is formed between the abutment () and the dental structure (). A selection device () is provided for abutments, said selection device allowing a selection of the abutment () for producing the dental prosthesis, optionally after reducing the abutment height to a specified value in a patient-specific manner, and a machining tool, in particular a milling cutter, or a CAM device is provided for shortening the abutment (). 1. A method for production of a dental prosthesis using a production device , comprising:{'b': 40', '10', '40', '28, 'providing an implant (), an abutment () having a shape that is compatible with the implant () and having a cylindrical section, and a dental structure () which can be attached to the cylindrical section of the abutment, wherein the dental structure is made of a dental material, and'}providing a machining tool or CAM device,{'b': 40', '50', '22', '10', '28, 'wherein the abutment is mounted on the implant () via a releasable connection, having an anti-rotation mechanism (), and an anti-rotation device () being configured between the abutment () and the dental structure (),'}{'b': 22', '10, 'wherein the anti-rotation device forms at least one flute or groove () at the cylindrical section of the abutment (), the at least one flute or groove, in cross-sectional view, curved concavely, the at ...

Dental Prosthesis With Reference Points For Imaging When Fabricating A Denture

A dental prosthesis apparatus with reference points for overlapping of multiple images to form a composite image, in which a pair of implant assemblies each attaches to a clip assembly having first and second opposing rail clips secured together with a fastener while holding a portion of an elongated rail that extends between the implant assemblies, and the rail defines a differentiation characteristic for use as reference points for matching of a plurality of images in overlapping relation for forming a composite image. A method of providing a dental prosthesis with reference points for imaging is disclosed. 1. A dental prosthesis apparatus with reference points , comprising:at least a pair of implant assemblies, each implant for selective imbedding in a maxillary bone structure and defining a threaded bore; a first rail clip;', 'an opposing second rail clip; and', 'a fastener for securing the first rail clip and the second rail clip in spaced relation; and', 'a threaded member for securing the clip assembly to the implant assembly by engaging the threaded bore;, 'at least a pair of clip assemblies, each clip assembly comprisinga rail extending between the pair of clip assemblies and disposed with a respective portion between the first rail clip and the second rail clip of each of the clip assemblies,whereby the clip assembly, being secured with the threaded member connected to the implant assembly, rigidly holds the rail between the first rail clip and the second rail clip; andthe rail defining a differentiation characteristic for use as reference points for matching a plurality of images in overlapping relation for a composite image by an image compiler.2. The dental prosthesis as recited in claim 1 , wherein the differentiation characteristic comprises a plurality of indicator members selectively attached to the rail in spaced relation.3. The dental prosthesis as recited in claim 2 , wherein the indicator member comprises a U-shaped member having opposing legs ...

Dental Prosthesis And Fabrication

A dental prosthesis apparatus, comprising at least a pair of implants for selective imbedding in maxillary bone structure and each having an angle-adjusting abutments to which a rail clip assembly attaches, each rail clip assembly holding a portion of a rail between a lower rail clip and an upper rail clip, the rail and clip assemblies connected together, for seating of a denture to the abutments. A method of fabricating a dental prosthesis is disclosed. 1. A dental prosthesis apparatus , comprising:at least a pair of implants, each implant for selective imbedding in a maxillary bone structure and defining a threaded axial bore;a pair of abutments, each seated on a respective one of the implants and defining an axial passageway therethrough and defining a second threaded bore therein;a pair of screws, each one extending through the passageway of a respective abutment and engaging the threaded axial bore of the implant for securing the abutment to the implant; a spacing member having a threaded first end and defining a longitudinally extending passageway therethrough;', 'a first rail clip disposed at the first end of the spacing member;', 'a second rail clip disposed on a second end of the spacing member;', 'a fastener connected to the second end of the spacing member for securing the first rail clip and the second rail clip in spaced relation;', 'a threaded member extending through the spacing member and engaging the second threaded bore in the respective abutment for securing the rail assembly to the abutment;, 'at least a pair of rail assemblies, each rail assembly comprisinga rail extending between the pair of rail assemblies and disposed with a respective portion between the first rail clip and the second rail clip of each of the rail assemblies,whereby the rail assembly, being secured with the threaded member connected to the abutment, rigidly holds the rail between the first rail clip and the second rail clip.2. The dental prosthesis as recited in claim 1 , ...

DENTAL ABUTMENTS AND ASSOCIATED SYSTEMS AND METHODS

Dental abutments comprising machined apical portions and additively formed coronal portions and related methods are described herein. The abutment has a machined apical portion and additive manufactured coronal portion for supporting a dental prosthesis. The apical portion has a main body having a top surface, an opposed bottom surface, and a screw-machined implant interface extending from the bottom surface that can be matingly engageable with a corresponding interface receptacle disposed in a dental implant. The coronal portion is additively formed from a second material on the top surface of the main body of the apical portion. 1. An abutment , comprising:an apical portion comprising a main body having a top surface, an opposed bottom surface, and a screw-machined implant interface extending from the bottom surface that is matingly engageable with a corresponding interface receptacle disposed in a dental implant, wherein the apical portion comprises a first material; anda coronal portion additively formed from a second material on the top surface of the main body of the apical portion, the coronal portion for supporting a dental prosthesis.2. The abutment of claim 1 , wherein the second material is at least partially selectively direct metal laser-sintered onto the top surface of the apical portion.3. The abutment of claim 1 , wherein the second material includes titanium or a titanium alloy.4. The abutment of claim 1 , wherein the second material is at least partially selectively electron-beam melted onto the top surface of the apical portion.5. The abutment of claim 1 , wherein the second material includes plastic or ceramic.6. The abutment of claim 1 , wherein the first material includes titanium or a titanium alloy.7. The abutment of claim 1 , wherein the first material includes cobalt chrome.8. The abutment of claim 1 , wherein the screw-machined implant interface further includes a computer numerical controlled Swiss screw machined implant interface.9. The ...

TOOL ASSEMBLY FOR MOUNTING OF A DENTAL PROSTHESIS AND METHOD OF MOUNTING

A tool assembly for mounting a dental abutment includes a first tool, the first tool having an axis of elongation, a first end configured to engage, in use, the abutment, and a second end, where a first portion of the first tool at or near the first end has a peripheral wall and, opposite the wall, a first opening extending along all or part of the first portion, a second opening open in an axial direction is disposed at the first end, the tool assembly further including a second tool configured to releasably engage a fixing element, where a contiguous space is defined between the first opening and the second opening whereby, in use, the fixing element, or the fixing element attached to the second tool, may pass through the first opening and the second opening to permit secure fixing of the abutment to an implant or frame using the second tool. 1. A tool assembly for mounting a dental abutment to an implant or frame having an axis of elongation , the tool assembly comprising:a first tool, the first tool having an axis of elongation, a first end configured to engage, in use, the abutment, and a second end, at least a first portion of the first tool at or near the first end having a peripheral wall and, opposite the wall, a first opening extending along all or part of the first portion, wherein a second opening open in an axial direction is disposed at the first end;a second tool having an axis of elongation configured to releasably engage a fixing element,wherein a contiguous space is defined between the first opening and the second opening whereby, in use, the fixing element, or the fixing element attached to the second tool, may pass, in use, through the first opening and the second opening to permit secure fixing of the abutment to the implant or frame using the second tool,wherein there is an angle β between the axis of elongation of the implant and the axis of elongation of the second tool.2. The tool assembly according to claim 1 , wherein at least part of the ...

Keeper for implant and its assembly, and keeper-fixing method

A keeper for an implant comprising (a) a keeper body made of a soft-magnetic material, which comprises a recess for receiving a head of an abutment having a female thread, and a female thread extending along a center axis to have communication with the recess and having a larger nominal diameter than that of the female thread of the abutment; and (b) a stepped screw member comprising a small-diameter screw portion threadably engageable with the female thread of the abutment, and a large-diameter screw portion threadably engageable with the female thread of the keeper body; the keeper body being strongly fixed to the abutment by the stepped screw member, when the keeper body is rotated in a threadably engaging direction, after the female thread of the abutment threadably engages the small-diameter screw portion, and after the female thread of the keeper body threadably engages the large-diameter screw portion.

Dental Implant and Method of Implantation

A self-tapping dental implant has a unitary body with an open end and a bottom tip end. The implant is tapered downward from the open top to the tip end and has an internal cavity extending for substantially the length of the implant. Smooth inner sidewalls are located at the upper end of the cavity and internal threads extend from the sidewalls down into the cavity. The dental implant method utilizes the unique dental implant, along with a flexible sleeve, a solid abatement member, and dental attachment screw, to place the implant with minimal patient trauma, while simulating the micro-movement of a natural tooth. 1. A dental implant comprising a unitary body having a given length extending from an open top to a bottom tip end , said body being tapered from its open top where it is widest , to its bottom tip end , the body further comprising:an internal cavity extending from the open top for the majority of the length of the body, the cavity having an upper end with smooth inner sidewalls and internal threads extending from the sidewalls down into the cavity;first helical, wide pitch threads having sharp, blade edges, said threads being located along the exterior surface of the body and extending the length of the body from the top to the bottom tip end;second helical, micro-threads having sharp, blade edges, said threads being located along and extending out from the exterior surface of the body, only one of the second threads being located between two contiguous first threads; anda channel extending through all of the first and second threads and comprising sharp, bone cutting edge blade, said channel substantially encircling and spiraling around the entire outside surface of the body, running obliquely from a location below the open top to a location above the bottom tip end.2. A method of implantation of a dental implant and crown in a patient comprising the steps of:boring a hole into a predetermined site of the maxilla or mandible bone of the patient; ...

ABUTMENT FOR IMPLANT

An abutment connecting a crown that forms an external form of an artificial tooth to a fixture embedded in a gum of a human, having a body, a combination portion formed at an end of the body and combined with the fixture, a threaded portion formed at the body and penetrating through the body, a fixing screw being inserted into the threaded portion to couple the body to a processing device or a jig, a coupling hole formed at the body and penetrating through the body, a coupling unit being inserted into the coupling hole to connect the body and the fixture, and a sectional surface formed at an opposite portion to the combination portion and connected to the processing device or the jig, to position the body in the processing device or in the jig when the body is coupled to the processing device or the jig. 1. A method of assembling a dental implant , the method comprising:coupling an abutment of the dental implant to a processing device or jig with a fixing screw inserted into a threaded portion formed within the abutment;inserting a coupling unit into a coupling hole formed in the abutment; andusing the processing device or jig, connecting the abutment to the fixture with the coupling unit.2. The method of claim 1 , wherein the abutment comprises a body claim 1 , the method further comprising:forming an installation portion on one end of the body;forming the threaded portion is penetrate through the installation portion;forming a combination portion on another end of the body; andforming the coupling hole to penetrate through the combination portion.3. The method of claim 2 , wherein the installation portion comprises a sectional surface claim 2 , the method further comprising using the sectional surface for positioning the abutment while coupling the abutment to the processing device or jig.4. The method of claim 3 , further comprising forming the sectional surface by cutting a part of the installation portion.5. The method of claim 4 , wherein forming the sectional ...

ABUTMENT AND CROWN COUPLING STRUCTURE FOR IMPLANT

The present invention relates to a coupling structure between an abutment and a crown for an implant. To this end, the present invention relates to a coupling structure between an abutment and a crown for an implant, the structure having a lower part of an abutment facing and coupled to, by a bolt, the upper part of a fixture coupled to a tooth-extraction hole of the alveolar bone, and having a lower part of a crown inserted into and coupled to the upper part of the abutment, wherein the abutment has: a support stepped part formed along the edge at the lower part of an abutment body having a stepped hole; a crown supporting guide formed along the edge of the abutment body from the inner upper part of the support stepped part; and an inclined groove part formed at the upper part of the abutment body, and the crown has: an abutment insertion groove, of which the lower side is open, formed at a crown body; a hanging stepped part formed at the edge of an inlet side of the abutment insertion groove; a shock-absorbing layer provided on the inner surface of the abutment insertion groove; and an inclined protrusion part integrally formed at the bottom surface of the inner upper part of the abutment insertion groove. Therefore, the present invention can prevent shock from being transmitted to the abutment through the crown, thereby minimizing a feeling of unfamiliarity, and can reuse the implant since only the resin inserted into a contact part of the crown is separated and new resin is filled therein. 1. A coupling structure between an abutment and a crown for an implant in which a lower part of an abutment abuts and is coupled to an upper part of a fixture that is coupled to a tooth-extraction hole of an alveolar bone by a bolt , and a lower part of a crown is fitted and coupled to an upper part of the abutment , wherein:the abutment has a support step formed along an edge of a lower part of an abutment body in which a step hole is formed, a crown support guide formed ...

DENTAL IMPLANT

A multi-component dental implant system designed to improve oral hygiene. The dental implant system may comprise an implant body configured to be insertable into at least a portion of an individual's mouth, a primary or first abutment, a dental prosthesis engagement member, and a housing assembly. In use, the first abutment is designed to engage with and secure to the dental prosthesis engagement member. The housing is configured to secure to or cover the dental prosthesis engagement member. The dental implant system allows an individual to remove one or more components without the aid of any special tools or instruments. 1. A dental implant system comprising:a first abutment configured to be secured to a dental implant;a dental prosthesis engagement member, said first abutment comprises a first end configured to receive and secure to at least a portion of said dental prosthesis engagement member and a first end body having a center plane, a second end configured to receive and secure to at least a portion of said dental implant body first end and having an independent center plane, and a main body therebetween;and a housing assembly comprising an inner member and an outer member, said inner member configured to secure to said dental prosthesis engagement member.2. The dental implant system according to claim 1 , further inducing a dental implant body configured to be insertable and securable into an anatomical structure of an individual's mouth claim 1 , said dental implant body comprising a first end configured to secure to said first abutment claim 1 , an opposing second end implantable to said anatomical structure of an individual's mouth claim 1 , and an elongated body separating said first end and said second end.3. The dental implant system according to claim 2 , wherein said abutment second end center plane is oriented to intersect said first end body center plane or at an angle.4. The dental implant system according to claim 3 , wherein said angle is ...

DENTAL IMPLANT MEMBER

A dental implant member includes an implant body for implanting into an alveolar bone, the implant body having an axial hole with a truncated cone-shaped section defined by a polygonal inner wall surface; a dental base including a low inset having a truncated cone-shaped section defined by a polygonal outer wall surface for inserting into the axial hole in such a manner that the polygonal inner and outer wall surfaces of the implant body and the dental base cooperatively define a fault-tolerance space therebetween; and a fastener unit for extending through the dental base so as to fasten the dental base securely on the implant body. 1100. A dental implant member comprising:an implant body for implanting into an alveolar bone, said implant body having an axial hole with a truncated cone-shaped section defined by a polygonal inner wall surface;a dental base including a low inset having a truncated cone-shaped section defined by a polygonal outer wall surface for inserting into said axial hole in said implant body in such a manner that said polygonal inner and outer wall surfaces of said implant body and said dental base cooperatively define a fault-tolerance space therebetween; anda fastener unit for extending through said dental base so as to fasten said dental base securely on said implant body.2. The dental implant member according to claim 1 , wherein said truncated cone-shaped section of said implant body is selected from a group consisting of a hexagon claim 1 , a rectangle and an octagon.3. The dental implant member according to claim 1 , wherein said truncated cone-shaped section of said low insert is selected from a group consisting of a hexagon claim 1 , a rectangle and an octagon.4. The dental implant member according to claim 1 , wherein said axial hole of said implant body serves as a fastener for fastening securely to said fastener unit.5. The dental implant member according to claim 4 , wherein said axial hole of said implant body is a threaded hole.6. ...

DENTAL SUPERSTRUCTURE, AND A METHOD OF MANUFACTURING THEREOF

A dental superstructure, and a manufacturing method thereof, comprising a screw-channel (), through which screw-channel a screw member is to be inserted, and a screw member seat (), for providing support to the head of said screw member during fixation of said dental superstructure to a spacer element or an implant (), are provided. Said dental superstructure is provided with a central axis of said screw-channel () and a central axis of said second mouth () that at least partly do not coincide. A manufacturing method thereof, a screw-member, and a screwdriver are also provided. 1. A method of manufacturing of a dental superstructure comprising a screw-channel with a first mouth , through which screw-channel a screw member is to be inserted , and a screw member seat with a second mouth , for providing support to the head of said screw member during fixation of said dental superstructure to a spacer element or an implant , wherein a communication is formed between said first mouth and said second mouth , the method comprising:drilling said communication such that at least one central axis of said screw-channel and a central axis of said second mouth do not coincide.2. The method according to claim 1 , wherein said drilling comprises a drilling a first straight bore from a first point claim 1 , and drilling a second straight bore from a second point claim 1 , such that said first bore and said second bore intersect in an interior of said superstructure to form said communication.3. The method according to claim 2 , wherein the drilling of said first bore and the drilling of said second bore comprises drilling with a twist drill providing a diameter sufficient for constituting a threaded part of a screw member.4. The method according to claim 2 , wherein said drilling comprises drilling a third bore using said first bore and said second bore as guides claim 2 , said third bore drilled using a drill bit with a cutting surface of a sufficient diameter to create said screw ...