Design optimization software
3-matic enables you to clean up rough data from a CAD design, topology-optimized model, simulation, or scanned data by making design modifications on the mesh level. Enhance models for 3D printing with 3D textures, lattice structures, conformal structures, and scripting automation to easily create ranges of validation samples — improving your overall productivity.
Freedom of design
With 3-matic, you can fully personalize your products and create models that are impossible to produce with traditional manufacturing methods.
Save time and costs
Leverage 3-matic’s tools and the Lattice Module to create designs that outperform solid parts and require less material, reducing costs and printing time.
Post-topology optimization tools
Redesign rough surfaces to prevent complicated freeform modeling work and possible stress concentrations for FEA when transitioning from mesh to CAD.
Textures, patterns, and perforations
With the Texturing Module, you can apply textures, patterns, and perforations to complex 3D shapes within an STL file to add functionality or an aesthetic dimension.
Lattice, conformal, and porous structures
With the Lattice Module, you can create printable internal and external structures that add extra strength, cushioning, and porosity or simply reduce the weight of your design.
Convert mesh to CAD
Easily convert a mesh file to a CAD file format with the CAD Link Module. This tool recognizes analytical shapes in your part and generates a fully parametric model without designing from scratch.
Automate your design workflow
Use the Scripting Modules to automate tasks and process files with more speed and control. It comes with Python API, access to 3-matic objects and features, and a comprehensive toolkit.
Learn about 3-matic
Discover how to get started with 3-matic via our Academy, and get the answers to all your questions from customer support.