Translation of "Flächenrückführung" in English

The 3D data gained serves quality, assurance, reconstruction, or surface reconstruction purposes.

Via surface feedback, the model is made available for further processing in every CAx system.

On the other hand, it also allows for a surface reconstruction into the CAD.

The processed data set then forms the basis for the subsequent surface feedback.

Can I do this with Tebis functions for reverse engineering of surfaces?

The alpha version of a fully automated surface reconstruction software is ready now.

Using computer tomography and subsequent surface feedback, a CAD data record 14 is determined for the damaged component part.

This too may be done using mechanical or optical sensors or computer tomography, and subsequent surface feedback.

Because reverse engineering is not part of our portfolio, we handed over all the CAD work to Tebis.

Main points of this course are the digitisation of 3D free form surfaces and the reverse engineering to the CAD.

Besides the creation of renderings and high-resolution images for our presentations and documentation, we use the workstation for the real-time networking and reverse engineering of 3D coordinate measuring.

As of Tebis Version 4.0 Release 1, it is possible to design sharp edges when reverse engineering surfaces.

Starting from the digitised data they must perform an area derivation or derivation of the digitised surfaces in the CAD system.

In other words it is not necessary, starting from the digitised data, to perform an area-derivation or derivation of digitised surfaces in the CAD system.

There follows a measurement of the component part or the component part partial region, for example, by mechanical or optical sensing devices, or by computer tomography and subsequent surface feedback.

Given a set of about 30 CAD models of car wheel rims, the task was to find a common parametrization that is capable of generating each of the individual instances (generative surface reconstruction).

In parallel, the responsibility for production of the correction data – just like reverse engineering and digitization – will lie with the "CAD with Tebis" team in the future.

Reverse engineering is used everywhere where work is done manually on real objects and a CAD model is required for the subsequent process.

Thus, the compensation of shape deviations can be done without surface reconstruction und recomputation of new CAM data.

Using the Reverser, the Tebis module for rapid surface creation, the design surfaces are directly generated and optimized on the previously digitized right half of the model.

Tebis is used there in a highly dynamic and creative environment for reverse engineering and surface design, free-form surfaces and geometries documenting revision status, data analysis, and feedback.

The presentations were kicked off by Hubert Gstöttl, Group Leader for form design for virtual and clay exterior models, and Stefan Ruscha, a form designer who is responsible for 3D form scanning and Tebis reverse engineering in the BMW Group.

For detailed information on reverse engineering with Tebis Brep modules, call up the context-sensitive help for module switch "BRep" in the "Module" menu.

For Tebis, MCAE specifically presented highlights from the new Version 4.0: Key features include the new product structure with industry and application packages or Tebis reverse engineering, offering the best solution for every application from model manufacturing to industrial design.