The in-clinic dental restoration design software that allows for more time for communication and patient care.
find a reseller

DWOS Chairside is an open design in-clinic software solution that supports a wide range of indications. It allows for input and output of STL for third-party systems to provide compatibility with intraoral scanners, impression scanners and milling machines.

The chairside design of highly-aesthetic restorations has never been easier

Using latest innovative technology within an intuitive interface, and special design tools, DWOS Chairside software helps facilitate the design of multiple indications and restorations including inlays, onlays, full contour crowns, and veneers, as well as other indications such as implant abutments.

DWOS Chairside

The stand-alone, open design software can also be combined with an intraoral scanner or impression scanner plus milling machine to create a complete in-office solution

DWOS Chairside Scan - Dental Wings

1 - Scan

Eliminate the unpleasant tray impression process for your patient with the convenient handpiece.

DWOS Chairside Design - Dental Wings

2 - Design

Quickly design an accurate restoration proposal with the user-friendly interface and special tools.

DWOS Chairside Mill - Dental Wings

3 - Mill

Produce predictable precision using a variety of indications, restorative options, and materials.

DWOS Chairside offers a direct integration with the Virtuo Vivo™ intraoral scanner - Dental Wings

DWOS Chairside offers a direct integration with the Virtuo Vivo™ intraoral scanner

DWOS Chairside is integrated with Virtuo Vivo™ for the direct exchange of case details, and other open intraoral scanners for exchange of impression data in STL, OBJ or PLY formats.

Easy clinical definition

Order revision

Review and edit scans from the Virtuo Vivo™ intraoral scanner, iSeries impression scanner and other open intraoral devices. Optimize surfaces to obtain the optimal workflow.


Quickly assign the preparation of the cases to detect any implants and fill technical data required by tooth-chain technology.


Automatic margin proposal on all elements type. Easily modify the margin and insertion access to obtain the best fit possible.

Easy design and nesting

Automated proposals

Advanced tooth-chain technology computes the shape of the proposed restoration including anatomy, cusps, marginal ridges, and emergence profile, by analyzing and mimicking the anatomical features of the adjacent teeth. Occlusion is automatically computed from the antagonist teeth.

Nesting and machining

Simple and intuitive restoration block nesting for fast in-office milling preparation.


Depending on the machine output, select parameters and any connection possible and finish the workflow.

DWOS Chairside - Verify alignment result

Verify alignment result.

Automatic insertion that gives lowest undercut possible is based on the analysis of the case.

DWOS Chairside - Clip profile and highlight of the margin, Dental Wings

Clip profile and highlight of the margin.

DWOS Chairside - Morphological area deformation. Dental Wings

Morphological area deformation.

DWOS Chairside Optimize blank position. Dental Wings

Optimize blank position.

Integration with milling machines

Closing the loop for a complete and streamlined chairside workflow from scan to design to mill is intuitive CAM computation. This means that no other intermediate interface is required before milling of the restorations.

Milling output data is compatible with the most popular open chairside milling machines, including the vhf camfacture Z4 mill.

Integration with milling machines. Z4 mill - Denta Wings
SCAN patient with Virtuo Vivo™.


Virtuo Vivo™ intraoral scanner


DWOS Chairside

Workflow - TRANSFER the scan file directly via DWOS Connect



D10+ Capsule System

Additional Resources


Product brochure