![]() Making changes at this level ensures that the file is immediately ready for further finite element analysis or 3D printing. Rough STL files can be smoothened, reconstructed and simplified, creating a cleaner part. With 3-matic STL, design modifications may be made directly on the STL, the scanned model or the CAD data. Together, Altair and 3-matic STL offer a complete toolbox to materialise topology-optimized files into real parts.” “We are happy that we can offer Altair’s customers a more complete solution when they are working with topology optimization, and look forward to welcoming them as our own customers. We believe that our technologies are complementary and thus strengthen each other,” said Lieve Boeykens, Brand Manager for Materialise. ![]() “We are very pleased to join the Altair Partner Alliance. 3-matic STL is used to quickly prepare computer-aided design (CAD) files from topology optimization, as well as to clean them up for 3D printing. This software enables design modification, remeshing, and the creation of 3D textures, lightweight models and conformal structures, all on STL level. Today, the Altair Partner Alliance (APA) announced that 3-matic STL by Materialise will be available through the program in 2014. ![]()
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