Prosthetics Hex Connection

TiN coated assembly for fixing overdentures. Individual axes on the implant may diverge by max, 20° (10° for implants with Ø 3.3 mm) and between two implants by max. 40° (20° for implants Ø 3.3 mm). ,The self-orienteering construction of the Locator® anchoring system supports the patient when inserting and fixing the prosthesis.

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

The IMPLA Multi Unit system has been specially developed for occlusally screw-retained permanent and removable bars, bridges, and total restorations. IMPLA Multi Unit abutments are available in three different angles (0°, 20°, and 30°). The abutments are directly joined with the respective implant via screw connection. This creates a fixed transgingival platform that can be used for all further prosthetic and laboratory measures. The 0° abutments have a pre-fitted screw thread and are screwed into the implant with the long or short insertion key. The vertical Multi Unit screw is used to attach the 20° and 30° abutments to the implant. This screw is screwed in using the long or short 1.2 mm screwdriver. All laboratory components are secondarily secured to the abutment base with the prosthetics screw using the long or short 1.2 mm screwdriver. For the range of recommended implants, please see the IMPLA instructions for use. The IMPLA Multi-Unit Abutment Concept facilitates improved usage of the available bone structure. By means of an angulated insertion of the terminal implants, the available bone is used in distal direction which improves the stability. With the according angulation, the Multi-Unit Abutments ensure a uniform insertion direction of the prosthetics to facilitate a tension-free screw fixation. For this purpose, the IMPLA Multi-Unit Abutment Concept contains straight and angulated components. The minimal number of implants for a complete reconstruction is four in the mandible and six in the maxilla. (please see the IMPLA instructions for use)

The IMPLA Multi Unit system has been specially developed for occlusally screw-retained permanent and removable bars, bridges, and total restorations. IMPLA Multi Unit abutments are available in three different angles (0°, 20°, and 30°). The abutments are directly joined with the respective implant via screw connection. This creates a fixed transgingival platform that can be used for all further prosthetic and laboratory measures. The 0° abutments have a pre-fitted screw thread and are screwed into the implant with the long or short insertion key. The vertical Multi Unit screw is used to attach the 20° and 30° abutments to the implant. This screw is screwed in using the long or short 1.2 mm screwdriver. All laboratory components are secondarily secured to the abutment base with the prosthetics screw using the long or short 1.2 mm screwdriver. For the range of recommended implants, please see the IMPLA instructions for use. The IMPLA Multi-Unit Abutment Concept facilitates improved usage of the available bone structure. By means of an angulated insertion of the terminal implants, the available bone is used in distal direction which improves the stability. With the according angulation, the Multi-Unit Abutments ensure a uniform insertion direction of the prosthetics to facilitate a tension-free screw fixation. For this purpose, the IMPLA Multi-Unit Abutment Concept contains straight and angulated components. The minimal number of implants for a complete reconstruction is four in the mandible and six in the maxilla. (please see the IMPLA instructions for use)

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

This abutment made of titanium grade 5 is individually adjusted at the lab to strong divergences in IMPLA Hex Connection implants.

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

The IMPLA Multi Unit system has been specially developed for occlusally screw-retained permanent and removable bars, bridges, and total restorations. IMPLA Multi Unit abutments are available in three different angles (0°, 20°, and 30°). The abutments are directly joined with the respective implant via screw connection. This creates a fixed transgingival platform that can be used for all further prosthetic and laboratory measures. The 0° abutments have a pre-fitted screw thread and are screwed into the implant with the long or short insertion key. The vertical Multi Unit screw is used to attach the 20° and 30° abutments to the implant. This screw is screwed in using the long or short 1.2 mm screwdriver. All laboratory components are secondarily secured to the abutment base with the prosthetics screw using the long or short 1.2 mm screwdriver. For the range of recommended implants, please see the IMPLA instructions for use. The IMPLA Multi-Unit Abutment Concept facilitates improved usage of the available bone structure. By means of an angulated insertion of the terminal implants, the available bone is used in distal direction which improves the stability. With the according angulation, the Multi-Unit Abutments ensure a uniform insertion direction of the prosthetics to facilitate a tension-free screw fixation. For this purpose, the IMPLA Multi-Unit Abutment Concept contains straight and angulated components. The minimal number of implants for a complete reconstruction is four in the mandible and six in the maxilla. (please see the IMPLA instructions for use)

The IMPLA Multi Unit system has been specially developed for occlusally screw-retained permanent and removable bars, bridges, and total restorations. IMPLA Multi Unit abutments are available in three different angles (0°, 20°, and 30°). The abutments are directly joined with the respective implant via screw connection. This creates a fixed transgingival platform that can be used for all further prosthetic and laboratory measures. The 0° abutments have a pre-fitted screw thread and are screwed into the implant with the long or short insertion key. The vertical Multi Unit screw is used to attach the 20° and 30° abutments to the implant. This screw is screwed in using the long or short 1.2 mm screwdriver. All laboratory components are secondarily secured to the abutment base with the prosthetics screw using the long or short 1.2 mm screwdriver. For the range of recommended implants, please see the IMPLA instructions for use. The IMPLA Multi-Unit Abutment Concept facilitates improved usage of the available bone structure. By means of an angulated insertion of the terminal implants, the available bone is used in distal direction which improves the stability. With the according angulation, the Multi-Unit Abutments ensure a uniform insertion direction of the prosthetics to facilitate a tension-free screw fixation. For this purpose, the IMPLA Multi-Unit Abutment Concept contains straight and angulated components. The minimal number of implants for a complete reconstruction is four in the mandible and six in the maxilla. (please see the IMPLA instructions for use)

The IMPLA Multi Unit system has been specially developed for occlusally screw-retained permanent and removable bars, bridges, and total restorations. IMPLA Multi Unit abutments are available in three different angles (0°, 20°, and 30°). The abutments are directly joined with the respective implant via screw connection. This creates a fixed transgingival platform that can be used for all further prosthetic and laboratory measures. The 0° abutments have a pre-fitted screw thread and are screwed into the implant with the long or short insertion key. The vertical Multi Unit screw is used to attach the 20° and 30° abutments to the implant. This screw is screwed in using the long or short 1.2 mm screwdriver. All laboratory components are secondarily secured to the abutment base with the prosthetics screw using the long or short 1.2 mm screwdriver. For the range of recommended implants, please see the IMPLA instructions for use. The IMPLA Multi-Unit Abutment Concept facilitates improved usage of the available bone structure. By means of an angulated insertion of the terminal implants, the available bone is used in distal direction which improves the stability. With the according angulation, the Multi-Unit Abutments ensure a uniform insertion direction of the prosthetics to facilitate a tension-free screw fixation. For this purpose, the IMPLA Multi-Unit Abutment Concept contains straight and angulated components. The minimal number of implants for a complete reconstruction is four in the mandible and six in the maxilla. (please see the IMPLA instructions for use)

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

The titanium IMPLA Conical connectors are ideal for cementable single-tooth and bridge restorations subject to high aesthetic demands. The IMPLA Conical connectors are available with angles of 0°, 15° and 20°. Individually milled IMPLA Conical connectors are also available to you for highly customized modifications.

Partial and hybrid prostheses with a 2.25 mm round head. Two different gingival heights 2 mm and 4 mm.

This is a set: The screw is already included!This titanium base is suited to an adhesive fixation of individual crowns as well as of bridgeworks made from ZrO2. We recommend the use of Sebond Implant and Alphalink Implant.  

Closed Impression Technique The IMPLA impression posts are color-coded in line with the implant diameter and equipped with a transfer cover and vertical screw. A preassembled impression tray can be used for the closed tray impression technique. To secure the impression post in place, the vertical screw should be carefully hand-tightened both in the implant and on the laboratory implant using the 1.2 mm screwdriver. The transfer cover (repositioning aid) is pushed onto the impression posts until a noticeable pressure point is overcome and the transfer cover is clearly secure. equipped with a fixing screw (art. no. 636658) and transfer cover (art. no. 635495) "

Our PreFace®-Abutments facilitate the use of PreFace®-Abutment Holders by Medentika. The PreFace®-Abutments are available in the diameters 11.5 mm and 16 mm and with the connection geometries Hex Connection and Cone Connection. This offers the user the necessary variability. The abutments are made of titanium grade 5 which makes them easy and safe to handle. Titanium grade 5 is also highly biocompatible.Your benefits:With PreFace Abutments® you will achieve a superior added value by flexibility – Use our PreFace®-Abutments together with the PreFace®-Abutment Holders by Medentika. saving time – Two different blank diameters guarantee significantly shorter working times in production. exact definition of the zero position – The uniform length despite the different diameters lets you define the zero position almost exactly. variability – The two different diameters 11.5 mm and 16 mm facilitate flexible work.  precision – The preset production processes as well as the standard production processes provide for even more precise results. Material: Titanium grade 5

Our PreFace®-Abutments facilitate the use of PreFace®-Abutment Holders by Medentika. The PreFace®-Abutments are available in the diameters 11.5 mm and 16 mm and with the connection geometries Hex Connection and Cone Connection. This offers the user the necessary variability. The abutments are made of titanium grade 5 which makes them easy and safe to handle. Titanium grade 5 is also highly biocompatible.Your benefits:With PreFace Abutments® you will achieve a superior added value by flexibility – Use our PreFace®-Abutments together with the PreFace®-Abutment Holders by Medentika. saving time – Two different blank diameters guarantee significantly shorter working times in production. exact definition of the zero position – The uniform length despite the different diameters lets you define the zero position almost exactly. variability – The two different diameters 11.5 mm and 16 mm facilitate flexible work.  precision – The preset production processes as well as the standard production processes provide for even more precise results. Material: Titanium grade 5

Open Impression Technique The IMPLA impression posts are color-coded in line with the implant diameter and are equipped with a short or long fixing screw. The elongated section of the implant axis of the customized impression tray to be created must be perforated so that the fixing screw protrudes from the impression post. To secure the impression post in place, the fixing screw should be carefully hand-tightened both in the implant and on the laboratory implant using the 1.2 mm screwdriver.

Produce individual CAD/CAM designed and milled implant abutments and individual tooth restorations on IMPLA implants with the IMPLA adhesive base CAD/CAM CEREC®. Based upon the Sirona CEREC® System.

Use this titanium base (titanium grade 5) to glue both individual crowns and bridge constructions made from ZrO2. We recommend the use of Sebond Implant and Alphalink Implant for this procedure.

Das IMPLA Kunststoffabutment besteht komplett aus einem ausbrennbaren Kunststoff (POM). Der obere Bereich dient hierbei als Modellierhilfe, welche individuell okklusal gekürzt werden kann, und sorgt für einen sauberen Abschluss des Schraubenkanals. Dieses Abutment ermöglicht Ihnen die Herstellung von individuellen Einzelzahnkronen und Mesostrukturen, für zementierbare Brückenversorgungen und Primärpfeiler für die Überbrückung von Implantatachsendivergenzen in der Doppelkronentechnik. Das Gussverfahren kann mit einer Gold- oder CoCr-Legeriung oder im Titangussverfahren erfolgen.

Screws in with the Hex Connection impression aid or the Hex Connection impression post, facilitating precise model production.

This material which burns out with nearly no residue is especially well suited for the production of individual abutments by carving or casting. The acrylic abutment bonds well to most carving waxes and acrylics used in a dental lab. This brings clean casting results and an excellent fit of the restorations you produce. Thanks to the very precisely manufactured hex connections of the acrylic abutments, they are highly protected from rotation..Indications: • bar-supported restorations• individual crowns• bridges

If the inner matrix is exchanged during a recall, it can be replaced in seconds by a completely new inner matrix, using a specially made torque wrench. Three color-coded inner matrices with standardized shearing force are available. With existing prostheses where the acrylic inner matrix appears too weak, this can be exchanged for the precious metal inner matrix very easily,without having to change the retention cap!

The IMPLA Laboratory Scan Abutments Hex Connection are intended for transferring the position of Hex Connection implants in the master cast to a digital 3D image using a laboratory 3D scanner. They also facilitate, for instance, a digital transfer to a dental laboratory where they are used for the fabrication of dentures using computer-aided design and manufacturing systems.