Titanium bases and accessories for individually manufactured zirconia abutments 



The use of titanium bases reduces the effect of transverse forces on the restoration, in contrast to restorations screwed directly on the implant. We generally recommend the use of titanium bases for all screw-retained implant structures, particularly though for those in the anterior tooth region.

TITANIUM BASES IN 5 HEIGHTS ...
Except for the Narrow titanium bases, the Zirkonzahn titanium bases are available in up to five different platform heights, in order to bring the implant to the desired gingival level. Due to their narrow geometry, the Narrow titanium bases are particularly suitable for use in the anterior tooth sector.

... GOLD-PLATED AND ANODISED
All Zirkonzahn titanium bases are available with a high quality gold plating. The gold coating increases the biocompatibility and the golden shade reduces the grey value of the entire restoration.
Moreover, the titanium bases can also be anodised in different colours using the Zirkonzahn Titanium Spectral-Colouring Anodizer or the Metal Colourizer. The high biocompatibility of the material remains unchanged.
Conical cemented titanium bases non hex
 
Parallel cemented titanium bases hex
 
Narrow titanium base non hex
 
Narrow titanium base hex
 
Conical cemented titanium bases non hex K85
 
Parallel cemented titanium bases hex K85
 
Conical cemented titanium bases non hex K80 Angled Screw Channel (ASC)
 
Parallel cemented titanium bases hex K80 Angled Screw Channel (ASC)
 
Abutment screw metal
 
Abutment screw integral zirconia
 

Conical cemented titanium bases non hex 

 
The Conical Cemented Titanium Bases NON HEX without anti-rotation device are ideal for the manufacturing of bridges and multi-unit restorations.
The titanium bases are designed as short and conical as possible. Spiral grooves located on the surface increase the contact area and ensure optimum adhesion of the cement.
 
For multi-unit restorations
Conical shape with spiral grooves
Also available gold-plated for increased biocompatibility and reduced grey values
Without anti-rotation device
Available in different heights

Parallel cemented titanium bases hex 

 
The Parallel Cemented Titanium Bases HEX are equipped with the required anti-rotation device depending on the implant system. This ensures that restorations can no longer be twisted once they are cemented. They are especially suitable for single crowns.
 
For single crowns
Parallel shaft
Also available gold-plated for increased biocompatibility and reduced grey values
With anti-rotation device
Available in different heights

Narrow titanium base 



The Narrow Titanium Bases are especially advantageous for implants on bone level, since their platform diameter is minimised. This helps to prevent bone atrophy. Thanks to their reduced gingiva height, their metal structure is not visible under the restoration, even if the gingival level is very low or in case of gingival atrophy. They are especially suitable for implants placed closely, e.g. in the lower anterior sector where little space is available.

Narrow titanium base non hex 

 
Thanks to their reduced geometry, the Narrow Titanium Bases NON HEX without anti-rotation device are perfectly suitable for multi-unit structures on implants placed very closely.
 
For multi-unit restorations
Conical shape with spiral grooves
Also available gold-plated for increased biocompatibility and reduced grey values
Without anti-rotation device
   

Narrow titanium base hex 

 
The Narrow Titanium Bases HEX with anti-rotation device are characterised by their reduced geometry and therefore a perfect solution for single crowns placed next to each other in the anterior tooth region where little space is available.
 
For single crowns
Parallel shaft
Also available gold-plated for increased biocompatibility and reduced grey values
With anti-rotation device
   

NEWTitanium Base K85 




The Titanium Bases K85 can be shortened individually and thus optimally adapted to the respective tooth length. This ensures optimum force distribution and stabilises the whole structure. Depending on the intended use, the titanium bases are available with or without anti-rotation device.

 

NEWConical cemented titanium bases non hex K85 

 
Conical Cemented Titanium Bases NON HEX K85 without anti-rotation device are ideal for the manufacture of bridges and multi-unit restorations. Spiral grooves located on the surface increase the contact area and ensure optimum adhesion of the cement.
 
For multi-unit restorations
Conical shape with spiral grooves; adjustable height
Also available gold-plated for increased
biocompatibility and reduced grey values
Without anti-rotation device
Shaft height can be adjusted to tooth length

NEWParallel cemented titanium bases hex K85 

 
Our Parallel Cemented Titanium Bases HEX K85 are equipped with the required anti-rotation device depending on the implant system. This ensures that restorations can no longer be twisted once they are cemented. They are especially suitable for single crowns.
 
For single crowns
Parallel shaft
Also available gold-plated for increased
biocompatibility and reduced grey values
With anti-rotation device
Shaft height can be adjusted to tooth length

NEWTitanium Base K80 Angled Screw Channel (ASC) 



The Titanium Bases K80 Angled Screw Channel combine two advantages in one product. On the one hand, the shaft height can be shortened individually and thus be adapted to the tooth height. On the other hand, the angled screw access channel compensates for non-optimal implant positions. The access channel can be moved at an angle of 0°-30°. The titanium bases are screwed onto the implant using the Ball Head screwdriver, the Ratched Wrench torque wrench and a special adapter.

Minimum requirements: Zirkonzahn.Modellier software version 9064.

NEWConical cemented titanium bases non hex K80 Angled Screw Channel (ASC) 

 
The Conical Cemented Titanium Bases NON HEX K80 Angled Screw Channel without anti-rotation device are ideal for the manufacturing of bridges and multi-unit restorations.
Spiral grooves located on the surface increase the contact area and ensure optimum adhesion of the cement.
 
For multi-unit restorations
Conical shape with spiral grooves
Also available gold-plated for increased biocompatibility and reduced grey values
Without anti-rotation device
Shaft height can be adjusted to tooth length
Screw access channel adjustable from 0°-30°

NEWParallel cemented titanium bases hex K80 Angled Screw Channel (ASC) 

 
The Parallel Cemented Titanium Bases HEX K80 Angled Screw Channel are equipped with the required anti-rotation device depending on the implant system. This ensures that restorations can no longer be twisted once they are cemented. They are especially suitable for single crowns.
 
For single crowns
Parallel shaft
Also available gold-plated for increased biocompatibility and reduced grey values
With anti-rotation device
Shaft height can be adjusted to tooth length
Screw access channel adjustable from 0°-30°

Abutment screw metal 

 
This abutment screw is suitable to fix titanium bases, Scanmarkers and Raw‑Abutments®, but not zirconia structures.
 
For titanium bases, Scanmarkers and metal structures with direct connection, not for zirconia abutments
With conical or flat screw head
Available gold-plated for increased biocompatibility; gold‑plating prevents cold welding as well as the unintended loosening of the screw
Abutment Screw Black: Screw for the final restoration in the patient’s mouth
Abutment Screw Laboratory: Provisional screw for fixing the structure on the model

Abutment screw integral zirconia 

 
This abutment screw with flat screw head is ideal for directly screwed zirconia or resin structures. However, we generally recommend the use of titanium bases for all implant-supported restorations.
 
For individual abutments made from zirconia and resin
With flat screw head
Available gold-plated for increased biocompatibility; gold‑plating prevents cold welding as well as the unintended loosening of the screw
Abutment Screw Black: Screw for the final restoration in the patient’s mouth
Abutment Screw Laboratory: Provisional screw for fixing the structure on the model
 

Application


Titanium bases, Raw‑Abutments® and Scanmarkers can be fixed onto the implant using the Abutment Screw Metal. On full-contour zirconia abutments, screws with flat seating must be used, in order to avoid tensions in the zirconia which, in the worst case, can lead to cracks in the abutment.