This allows a mesh to be imported and then SpaceClaim’s modelling tools used to quickly create an analytic version of the part which is much more accurate. Essentially it introduces tools for snapping to these tessellated forms. In relation to the core modelling updates, SpaceClaim 2011 can now interact with mesh-based forms from STL files.

Components can now be made ‘lightweight’, which will be particularly useful for those working with large complex products or when running the system on lower-powered hardware.

The final general modelling update is when working with assemblies. To view an exclusive DEVELOP3D working with imported mesh data workflow click here SpaceClaim has also found a home with many organisations that need a system that allows them to read in data in a wide range of formats, repair them and re-purpose them for use other systems. Another is the deal with machine tool manufacturer, Trumpf, which saw SpaceClaim’s tools for sheet metal design and manipulation expand. The deal with Ansys, which saw SpaceClaim technology become a part of the simulation giant’s offering for model preparation by simulation experts, as opposed to design experts, is one. To help drive this forward SpaceClaim signed a number of partnerships. Instead, the team took a different approach, and looked to bring its robust set of modelling tools to a more niche group of users – those that need access to 3D modelling but don’t necessarily want the steep learning curve.

Also, users can now unload reference parts on-the-fly to boost performanceĭuring the past four years we’ve seen SpaceClaim change from being a basic and general-purpose tool designed to manipulate ‘dumb’ geometry into something more intriguing.Īs a newcomer to the market, SpaceClaim naturally found it hard to compete on a feature by feature matching of the likes of SolidWorks, Inventor, Solid Edge et al.

SpaceClaim 2011’s assembly performance improvements were driven by customers in automotive, aerospace, and defence industries.Users can now import assemblies as lightweight models, caching the translated precise geometry to disk to save memory.

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