ENGINEERING Surface feedback and tool correction

Would you like to quickly and easily create CAD models from polygon meshes or point clouds? Or would you like to reduce iterations during tool optimization in mold making or optimize your CAD data for 3D printing?

All this is possible with ZEISS REVERSE ENGINEERING.

Find out on this page how you can create CAD models for components with ZEISS REVERSE ENGINEERING. If you want to correct CAD data of tools and printed parts, you will find everything about the tool correction option here.

Automated
Interactive in a guided workflow
Highly accurate - even with challenging free-form surfaces

Powerful software for reverse engineering

Scan a part in ZEISS INSPECT or other software and import the STL or PLY data and ASCII formats into ZEISS REVERSE ENGINEERING. In just a few guided steps, a highly accurate CAD model is created, which you can export in common formats such as IGES, STEP or SAT.

System independence

It doesn't matter whether you generate your STL data with a scanner, CT machine/computed tomography or coordinate measuring machine. The measurement data from any measuring device can be imported into ZEISS REVERSE ENGINEERING.

High precision

Import any number of raw points from your scan data - there are no restrictions. This creates CAD surfaces with maximum accuracy.

Extensive functions

Edit your measurement data with practical features for STL data, such as filling holes or smoothing surfaces. You can then merge the created CAD surfaces, intersect them, add chamfers or radii, use Boolean operations and volume functions (extrusion, lofting, sweeping). The result: a watertight CAD model/solid.

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