Simulate Implicit, BREP, Mesh, G-Code, CT Scans or hybrid models with no meshing or pre-processing bottleneck
Integrate CAD, Process Data, & Heterogeneous Material Data in one streamlined Model
Handle complexity impossible with traditional FEA with ultra fast linear solving for concept design and precise quadratic solving for validation
Seamlessly embed with any modeling, design, planning, validation, and optimization workflows
Generate high-quality simulation data for training accurate AI models to power digital twins
Build autonomous physics-based Digital Twins to Predict, Transform, Validate, and Optimize at every stage of your product lifecycle in a fraction of the time
Directly simulate Implicit models, and iterate on complex designs without translating, meshing or simplification in nTop
Industrial-strength, and robust mechanical simulation and topology optimization add-in for the Rhino Grasshopper ecosystem
Break engineering silos by integrating FEA automation workflows with the Intact.Simulation module in Synera
Run Intact in headless mode and automate simulation at scale for physics based Digital Twins
Pushing the boundaries of Engineering INNOVATION, with $10M+ in R&D investments from industry and the U.S. Government, including the Department of Defense, Department of Commerce, and NASA.
Simulate native and hybrid models with heterogeneous material properties without the meshing or model simplification bottleneck.
Integrate 3D Models, Process Data, & Material Data in one streamlined Model
Seamlessly embed with any modeling, design, planning, validation, and optimization workflows
Generate high-quality simulation data for training accurate AI models to power digital twins
Handle complexity impossible with traditional FEA with ultra fast linear solving for concept design and precise quadratic solving for validation
