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Products

Removable Dental Prostheses Module inLab CAD Software

Results in a few steps

With the inLab CAD Software you can quickly and safely design cast-metal partial dentures for permanent restorations, as well as splints and trays. Using the optional Interface Module of the inLab CAD software, you retain your flexibility during subsequent production steps.

Software features include:

  • Telescopes, bars, attachments

  • Cast-metal framework

  • New: Custom impression trays

  • New: Splints

Cast-metal framework

The framework and clasps of the planned restoration are outlined on the cast and scanned with the inEos X5.

Line textures are displayed on the 3D model in the software.

Undercuts are visualized by colored undercut alerts.

The user interface provides access to all the necessary design modes for the individual design of the partial denture.

The design tools are used for customization.

STL export of the design data set*, implementation in wax for subsequent casting or direct production using the laser sintering process (e.g., by infiniDent).

New: Splints

With the inLab CAD SW and the inEos X5, the intraoral situation and vertical dimensions are scanned and transmitted to the inLab Splint software plugin. Alternatively, STL scan data can be used.*

Undercuts on the cast are visualized by colored undercut alerts.

The undercuts are automatically blocked out with wax. In addition, wax can be applied individually.

The splint itself can be customized.

Various tools are available to take account of the counterbite.

The splint design can be exported as an STL file and subsequently produced by milling or by an additive process.

* inLab CAD SW 16.0 Interface Module required

New: Impression trays

Undercuts on the cast are visualized by colored undercut alerts.

Using intelligent tools, the contours of the tray can be defined quickly.

Once the tray design has been proposed, various handles can be added.

Custom implant impression trays can also be designed.

The final step merges all the previously defined elements. In addition, a hole pattern for flowable impression material can be provided.

The tray design can be exported as an STL file and subsequently produced by milling or by an additive process.

Further applications

  • Custom dividing attachments

  • Custom dividing attachments

  • Standard bar shapes for implementation in zirconia or metal

  • Standard bar shapes for implementation in zirconia or metal

  • Custom primary telescope and conical crowns

  • Custom primary telescope and conical crowns

Technical documentation

Further inLab CAD Software Modules

Basis

The versatile design assistant

Learn more

Implantology

Sophisticated prosthetics

Learn more

Interface

Staying flexible

Learn more