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Enterprise Layer Intelligence
Categories/General Productivity Software/Novineer
Novineer

Novineer

Founded 2022

Generate editable CAD models and 3D printing toolpaths using cloud simulation

You can use Novineer to generate editable CAD models for structural engineering and additive manufacturing. The system designs parts based on strength, stiffness, and material direction using criteria like Tsai-Wu. Instead of producing static polygon meshes, it outputs parametric geometry that engineers can alter directly. It also creates manufacturing toolpaths for 3D printing by matching material orientation to load constraints. Cloud computing runs structural simulations in parallel across multiple processors, letting users assess stress distributions and part durability without needing local high-performance hardware.

What Novineer does

Generate editable CAD geometries from structural requirementsDefine structural load and displacement boundariesAlign material orientations with directional stress loadsExport toolpaths directly for 3D printersRun parallel finite element analysis in the cloudEvaluate failure points using Tsai-Wu criteriaModify generated CAD geometry features manuallyGenerates editable CAD models rather than fixed polygon meshesCalculates stress limits using Tsai-Wu failure criteriaAligns material orientation for directional and composite propertiesAutomates 3D printing toolpath generation directly from design geometryDistributes finite element simulations across parallel cloud processorsApplies physical load and weight constraints to structural layouts

Frequently asked

SolidWorks (via export), Autodesk Fusion 360 (via export), ANSYS (via export), AWS Cloud, NVIDIA Omniverse, Python API, STEP/IGES formats, STL/OBJ formats, SolidWorks (STEP/IGES), Autodesk Fusion 360, ANSYS (Simulation Export), AWS Cloud Infrastructure, STL/OBJ Export, STEP/IGES Import

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Novineer, generative design, topology modeling, CAD models, editable geometry, 3D printing, toolpath generation, anisotropic properties, additive manufacturing, structural simulation, finite element analysis, Tsai-Wu criteria, cloud computing, mechanical engineering, material orientation