Sintavia recently used the new solidThinking Design Suite to optimise a traditional aerospace part. One such user is Sintavia, a global leader in independent metal additive manufacturing (AM) for critical industries such as aerospace, oil and gas, automotive and powder generation.
Bracket set up with loads and design space in Inspire.īracket set up with loads and design space in Inspire.Įach of these enhancements has been implemented to streamline the overall design process by putting generative design and optimisation features into the hands of engineers and industrial users. In addition to these new features, all images rendered in Evolve will now include a Depth Channel (tiff), which can be used in post-processing tools including Adobe Photoshop to simulate natural blurring of foreground and background elements when viewed through a camera lens. Over in Evolve 2017, the biggest improvements come in the form of Planar Symmetry and Radial Symmetry tools to replace Mirror and Polar Copy tools. The updates to the software allow users to divide a part into a design or a non-design region by selecting a hole, pocket or face to offset. Topography Optimisation tools change the shape of shell structures using stamped bead patterns to improve structural performance.
New users requested features for motion analysis, topography optimisation, symmetry and depth of field.īuilt to focus on improving usability for designers and engineers, key updates to Inspire 2017 include a new Motion tool that allows users to easily mechanise their models and predict loads for moving parts. SolidThinking has delivered the latest editions of its complementary design software products – solidThinking Evolve and solidThinking Inspire 2017.
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