The master control at the start of each task lays the foundation for the laboratory's quality standards.

Edit preparation margin

Automatic MI algorithm for bite position correction (gap closure)

Set therapeutic position

Automatic MI algorithm for occlusion correction (fully toothed)

Adjust the prepline and display the changes in the color plot

Create dental models from IOS scan data

Construction of saw models. Creating cuts and pinholes

Create implant models from intraoral scans. Whether only one IO scan; a scan abutment and an emergence profile scan, or multiple IO scans are available.

Plaster-free articulated in less than 2 minutes

Simple construction of planning models for orthodontics from IO data (intraoral scan).

Overview of some possible indications

Construction of anti-snoring splints (including flat plateaus)

Shows the construction of a transfer key to design the over-impression / collection impression in the same step.

Construction of bite walls with integrated front tooth rows

Design of gothic arch, IPR registrations, Avosax registrations

Construction of gothic arch / support pin registrations

Creating chimneys for impression posts (without additional module)

Creating bite walls for registrations

Creating the occlusal plane for automatic alignment of bite walls, handles, adapters

Automatic creation of the sulcus boundary for splint construction

Automatic creation of chimneys for open/closed impression posts

Tooth color results from the interaction of framework structure and layering. This dependency is especially inherent in the microlayering technique. The goal of the software development was to provide the ceramist with a way to precisely and individually reduce the framework surface according to their color scheme

Retainer konstruieren inklusive Positionierungsschild für die Kieferorthopädie (Orthodontic)