Zirkonzahn. The modelling software and the various software modules 

Benefits of our software
  • Flexibility and user-friendliness: it is a program developed by dental technicians
  • Scanning, modelling and milling operations can be performed simultaneously
  • Expandable to future technologies unknown today
  • Constant system updating according to new developments

Software modules for the construction of individual abutments

CAD/CAM software module for screw-retained bridges
  • Creation of screw-retained bridges and of bars with individual profiles
  • Freedom in modelling of the emergence profile in consideration of the tooth’s anatomical shape
  • Virtual archives constantly updated with new implant systems and with teeth of various shapes
  • Screw-retained bridges can be milled directly in your own laboratory thanks to our CAD/CAM 5+1 system
CAD/CAM software module for abutments
  • Single abutments with their relating emergence profiles can be made
  • Implementation of the most diverse implant systems
  • Creation of abutments in function of the secondary structure. Once the work is finished it is possible to mill the abutment and the secondary structure simultaneously
  • Graphic overlay of the bridge elements with semi-transparent effect during abutment construction, so as to keep track of the ideal external shape of the tooth

Interaction of the various software modules 

Our software is capable of supporting various implant systems and always considers the abutments in relation to the secondary structure in order to mill the two simultaneously.

The two software modules “Abutments” and “Screw-retained bridges” complete each other impeccably, giving technicians extensive operational freedom thus allowing them to go from the creation of single implants to the creation of integral occlusally screw-retained zirconia bridges.

With our CAD/CAM 5-TEC system and the innovative 5+1 technique they can also create and mill the entire work-piece quickly and without problems directly in their own laboratories. This allows for laboratory production of the entire structure while ensuring very high quality results.


Prepare the master cast for the digitization, by attaching the appropriate scanmarker with the appropriate abutment screw on it.
Create the patient case in the
Zirkonzahn.Archiv archive software.
At this point the emergence profile
can be modelled.
Once the scan has been completed, the virtual model is automatically uploaded into the “Zirkonzahn.Modellier” modelling software.
At this point, select the implant system to be used as well as the titanium bases, if required.
Then highlight the margins around the implants so as to identify the emergence profiles. To this end, create 4 points according to a pre-defined sequence.
With the help of the scanmarker it is now possible to precisely transfer the positions of the master model implants to the virtual model, then calculate and display the screw positioning sleeves.
At this point the emergence profile can be modelled.
Now, define the insertion direction of the secondary structure.
Bring the abutments to the required length.
Define the parameters required and design the individual abutments.
It is possible to define a number of degrees each for the exterior or to use the parallel setting for telescopes.
In this stage it is still possible to smooth the abutments and/or modify them at occlusal level.
In this stage it is possible to decide whether to memorize and mill only the abutments or to create the secondary structure simultaneously.
Define the parameters for the elaboration of the secondary structure (cement space, etc.).
Individual modelled abutments and personalized secondary structure based on the needs of the specific clinical case.
Single modelled abutments and personalized secondary structure based on the needs of the specific clinical case.
For control purposes, it is possible to display either the complete bridge ...
... or only the abutments.
With the Zirkonzahn.Nesting nesting software it is possible to position your modellation in an optimal way in the virtual material block.
Select the desired milling strategy and let the Zirkonzahn.CAM CAM-software calculate the parameters for the CNC file.
Then press “start” to launch the calculation phase.