![]() ![]() SpaceClaim's 3-D Printing module now includes more tools for repairing models and analyzing print success. Computational fluid dynamics engineers, for example, can take advantage of the new features in SpaceClaim to quickly extract the fluid volume of designs instead of relying on CAD engineers to edit geometries. "With the resources of ANSYS behind us, including strong collaboration with other ANSYS product development teams, we're making it easier than ever for our customers to create everything from complete virtual prototypes to complex 3-D printouts."Īdditional SpaceClaim improvements include imprint and wrap tools for easier simulation edits, clean and detection functionality, as well as improved integration with ANSYS Workbench ™ – which enable engineers to focus their time and expertise on simulation analysis, not geometry preparation. "We continue to deliver breakthrough advancements that make geometry more accessible and more useful for all engineers," said Frank DeSimone, vice president of software development at ANSYS. The SpaceClaim release revolutionizes product development and manufacturing workflows by enabling engineers to work faster through such innovations as expansive editing and management of faceted models, improved toolpath functionality for the machinist and more complex geometry creation upgrades for anyone looking to edit or create 3-D models. ![]() The release also enables fast and flexible 3-D printing. ![]() 19, 2014 /PRNewswire/ - Engineers can manipulate product geometries easier than ever – compressing product development cycle times, thanks to the cutting-edge advancements ANSYS (NASDAQ: ANSS) delivered today as part of its ANSYS ® SpaceClaim ™ 2015 release. ![]()
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