DWOS 3.0 is now available. It features among others automated multi-die mode, simultaneous upper and lower design, attachment libraries and new interface.
Here is a brief description of the new features:
The margin on ditched dies can now be detected automatically without any user intervention.
An ideal insertion axis can now be computed either for single elements or bridges.
The software can execute scan and design operations completely unattended. The user can validate the design or modify it if needed.
The software now supports the creation of clinical cases containing both upper and lower preparations. This in conjunction with the virtual articulator gives a powerful tool for achieving complex cases.
A virtual articulator has been included in the software to facilitate occlusion design on complex cases. This new module allows to create dynamic occlusion surfaces based on stored explorations to deliver superior prosthesis designs.
A new user interface is delivered by default with the 3.0 release using a darker theme to reduce eye fatigue.
A new type of restoration is now available in the software, allowing the user to merge the scan of any kind of wax-up and the scan of implant locators.
The partial framework application has been completely integrated into standard DWOS deployment and database, and exists as a CAD station in the generic client.
The meshing of impression scans has been greatly improved to take into account the specific requirements of building a positive from a negative shape, to show better details on edges and groove.
A new tool to reposition two meshes together has been added in the scan preparation menu. This tool gives parallel separate views of both meshes and a combined view of the result.
A new type library has been added to the database: attachments.
Design tools have been redesigned to improve software efficiency.
DWOS software can now run on 64 bits operating systems.
Support of devices from the manufacturer 3D Connexion has been implemented so that any 3D view in the software can be manipulated using an additional controller like the “Space Navigator”.
Shared users information, kit objects (implants, anatomies, attachments) and materials.