Ansys SpaceClaim
3D Modeling Software

Power, ease and flexibility combine to make SpaceClaim a reverse engineering tool that, regardless of scan integrity, can take any STL file and covert it to CAD format. Skin Surface offers a powerful method for autosurfacing solid geometry from prismatic or organic shapes, enabling you to reconstruct surface data around scans of complex shapes, including living organisms. 

The flexibility enjoyed in SpaceClaim reduces the challenges of prepping models for manufacturing. Open, edit and prepare parts from any CAD system while easily converting multiple file types into 3D data for next-step machining. The automated repair tools can turn corrupt or incomplete data into usable surfaces or solids, letting engineers focus on toolpath creation. SpaceClaim will automatically heal disjointed surfaces and repair holes and gaps. Rapidly extract geometry for fixturing or tooling of any objects, all while integrating and leveraging partnerships with other libraries and systems. 

SpaceClaim gives engineers the flexibility to work with any CAD data to create, edit and prepare models for high-precision sheet metal fabrication. No other tool is easier to use and does a better job editing geometry, cleaning up corrupt or difficult CAD data and delivering high-quality sheet metal functionality. You can automatically unfold virtually any sheet metal parts and export them while simultaneously viewing and editing folded and unfolded models. In SpaceClaim, you can adjust thickness, bend allowance and material properties on any model and customize a form library along the way. With live design feedback, optimization is made simple. 

Speed up your 3D printing with SpaceClaim. The STL prep module — a faceted data toolkit — lets you work directly with STL files, as well as a bounty of automated prep tools to repair a file and get it ready for a printable model, all regardless of imperfections. Edit a collection of facets to alter the form, giving you freedom for rapid changes. Optimization tools smooth and reduce noise to balance the strength and weight ratio while minimizing material consumption. The analytical tools help ensure your model has adequate wall thickness and critical-area protection to efficiently and confidently create.