Closing the gap between measuring systems and CAD programs with highly accurate and high-quality surface reconstruction, effective handling of point clouds, dedicated functions for automated tool correction, and full integration in measurement and digitization software.
Reverse engineering is an important step to extract the design data from a finished component. The part must first be scanned, e.g. with an optical sensor or with a computer tomograph.
From the resulting point clouds, ZEISS Reverse Engineering generates surface descriptions which can then be processed in the CAD system. As a result, complex surfaces can be described in their entirety with small data quantities. Standard geometries are not only described as an approximation, but also through exact geometric elements. In addition to the precise description of the model, the algorithms smooth the surfaces to an extent that the transitions are as tangentially constant and curvature-constant as possible – a must for optimal milling paths.
Various, easy-to-use tools to interactively process all your point clouds in your session
Reliable algorithms for the analysis and the automated postprocessing of the underlying point cloud
Reverse engineer your scanned object using highly advanced algorithms and guarantee your customers a high-quality surface of your object that meets the highest demands on accuracy.
The powerful software package ZEISS Reverse Engineering features a method for tool correction for which ZEISS has been granted the patent for.
Optimize your master pattern tool in an effective, iterative correction process using sophisticated reverse engineering techniques. ZEISS Reverse Engineering provides the necessary functionalities to significantly reduce your time-consuming and costly iterations in your correction process for a faster start of your production.
