3D scan-to-direct model add-in for ANSYS SpaceClaim
ReverseEngineering.com Releases 3D scan-to-direct model add-in for ANSYS SpaceClaim
ReverseEngineering.com announced today that its HIPP 2016 integrated point cloud tools are now available for ANSYS® SpaceClaim® and ANSYS® SpaceClaim® Direct Modeler™.
“Real time scanning integration supports SpaceClaim's accurate mesh to CAD recreation,” said Braxton Carter, ReverseEngineering.com president. “The HIPP add-in combined with SpaceClaim can dramatically lower the software cost associated with other 3D scan mesh wrapping solutions by removing their need to maintain several third party expensive 3D scan-design-print workflow applications.”
“HIPP 2016 is providing a valuable tool to SpaceClaim's reverse engineering workflow. The tight integration of various scanners provides a powerful front end for data capture into SpaceClaim," said John Graham, ANSYS SpaceClaim Marketing Manager.
http://www.spaceclaim.com/en/Company/Partner/partnersolutions.aspx
HIPP for SpaceClaim supports direct scanning input from a wide range of 3D scanners, including FARO HD scan arms, Romer Absolute SI scan arms, Kreon Baces, Microscribe HDI LMI blue and white light scanners. Hard probing features include Live tracking probe on screen for probe measuring planes, points, lines, splines, circle and section profiles in the SpaceClaim environment.
Easily capture and model prismatic parts instead of the laser scanning mesh method. The easy to use workflow allows for probe compensation of measured diameters. The digitize by time and distance settings can be set for more control of data capture. Live “Spray Mesh” feature allows the real time scan data to appear as a ready to wrap mesh surface in SpaceClaim.
Published by ReverseEngineering.com on Jul 25, 2016