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Main features

With Internal Hexagon you will have a grade IV titanium Implant that is suitable for all bone types.

Speed Surface

Treatment of the Implant microstructure developed by Kopp has turned out to be one of the best solutions for optimizing your patient’s Implant bone integration.

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Parent Amenity

Differentials

Differentials

For faster and error free installation.

Switch Platform

Switch Platform

A new concept that decreases bone loss and favors primary stability.

All Bone Types

All Bone Types

Using the external hexagon system you will have an unlimited Implant that is compatible with all bone types.

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Drill Sequence and Measurements

The diameter of the drill may change depending on the operator's clinical experience.

Ø3.3 Ø3.75 Ø4.3 Ø5.0
Lança Ícone check Ícone check Ícone check Ícone check
2.0 Ícone check Ícone check Ícone check Ícone check
2.8 Ícone check Ícone check Ícone check Ícone check
3.0 Ícone check Ícone check Ícone check
3.3 Ícone check Ícone check
3.8 Ícone check Ícone check
4.3 Ícone check
7.0 mm 8.0 mm 9.0 mm 11.0 mm 13.0 mm
3.3 mm - 140.851 140.852 140.853 140.854
3.75 mm - 140.835 140.836 140.837 140.838
4.2 mm 140.840 140.841 140.842 140.843 140.844
5.0 mm 140.846 140.847 140.848 140.849 -

Prosthetic Options

General Prosthetic Options

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Cover

Made of polymer or titanium according to ASTM F136., The HIN cap has the function of closing and protecting the entrance of the internal hexagon implant during the bone integration phase.

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Healing

Made of titanium according to ASTM F 136 standard, it is used for gingival profile formation during the healing phase for subsequent assembly of the prosthetic components. It has different transmucosal heights (3.0 mm, 4.0 mm, 5.0 mm, and 6.0 mm) and two diameters (4.0 mm and 5.0 mm).

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Analog

Made of brass or titanium according to ASTM F 136. It is used as a replica of the internal hexagon implant platform in a plaster model for prosthesis making and prosthetic planning.

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Repositional Transfer

Made of titanium as per ASTM F136 it is used to transfer the position and direction of the implant through impression. Used in closed tray is anti-rotational.

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Drag Transfer

Manufactured in titanium as standard ASTM F 136 it is used to transfer the position and direction of the implant through molding. Used in open tray is anti-rotational

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Specific Prosthetic Options:

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Anti-Rotational Trunnion (Titanium)

Used to rehabilitate cemented unit prosthesis on internal hexagon platform. Made of titanium according to ASTM F 136 and is customizable through wear.

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Calcinable Anti-Rotational UCLA (Chrome Cobalt Base)

It is used to rehabilitate single prosthesis screwed onto the internal hexagon platform. Made of cobalt chrome based calcinable polymer, it is customizable through waxing and casting of prosthetic alloys.

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Calcinable Anti-Rotational UCLA (Polymer)

Made of calcinable polymer, it is used to rehabilitate single prosthesis screwed on the internal hexagon platform. It is customizable through waxing and casting of prosthetic alloys.

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Calcinable Anti-Rotational UCLA (Polymer)

Made of calcinable polymer, it is used to rehabilitate single prosthesis screwed on the internal hexagon platform. It is customizable through waxing and casting of prosthetic alloys.

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Calcinable Anti-Rotational UCLA (Chrome Cobalt Base)

It is used to rehabilitate single prosthesis screwed onto the internal hexagon platform. Made of cobalt chrome based calcinable polymer, it is customizable through waxing and casting of prosthetic alloys.

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Calcinable Rotational UCLA (Polymer)

It is used to rehabilitate multiple fixed prosthesis screwed on the internal hexagon platform. Made of calcinable polymer, it is customizable through waxing and casting in prosthetic alloys. * Rotational UCLAS are indicated when implants are positioned more parallel to each other due to the insertion step.

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UCLA Rotatable Calcinable (cobalt chrome base)

It is used to rehabilitate multiple fixed prosthesis screwed on the internal hexagon platform. Made of cobalt chrome based calcinable polymer, it is customizable through waxing and casting of prosthetic alloys. * Rotational UCLAS are indicated when implants are positioned more parallel to each other due to the insertion step.

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Mini Abutment (Titanium)

Straight or Angled (17 ° and 30 °)  Manufactured in titanium according to ASTM F136 standard, it is used to rehabilitate multiple fixed prosthesis screwed in internal hexagon implant. It has different transmucosal heights (1.0mm, 2.0mm, 3.0mm, and 4.0mm).

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UCLA Rotatable Calcinable (cobalt chrome base)

It is used to rehabilitate multiple fixed prosthesis screwed on the internal hexagon platform. Made of cobalt chrome based calcinable polymer, it is customizable through waxing and casting of prosthetic alloys. * Rotational UCLAS are indicated when implants are positioned more parallel to each other due to the insertion step.

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Calcinable Rotational UCLA (Polymer)

It is used to rehabilitate multiple fixed prosthesis screwed on the internal hexagon platform. Made of calcinable polymer, it is customizable through waxing and casting in prosthetic alloys. * Rotational UCLAS are indicated when implants are positioned more parallel to each other due to the insertion step.

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Attachment Ball

It is used for retention and stability of removable overdenture prosthesis. Made of titanium according to ASTM F 136 standard features prosthetic O`Ring ring platform and is available in different transmucosal heights.

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O'Ring

It is used in removable prosthesis. Made of titanium and O`Ring * ring inside nitrile rubber. * O`Ring ring is sold separately for replacement.