Mathematica makes it possible to take complex algorithmically generated geometry and immediately output it for 3D printing--allowing the creation of physical 3D objects and models. Mathematica also provides broad support for importing arbitrary 3D scanning data for immediate analysis and visualization.

• State-of-the-art 3D surface reconstruction with ListSurfacePlot3D.
• Support for STL, VRML, PLY, and other standard formats.
• Built-in library of all standard polyhedra.
• Fully compatible with all standard 3D printers and scanners.
• Extensive collection of interactive examples suitable for 3D printing.

Print Directly from Demonstrations	Built-in 3D Test Cases	Print Compelling 3D Mathematical Objects
Create Algorithmic Sculptures	Understand New Kinds of Objects	Reconstruct Surfaces from 3D Data
Process 3D Geometry Data