Intact.Simulation’s core libraries are are the heart of Intact’s technology, powering all Intact.Simulation products, Intact.Additive, Intact.Generative and third party products like Desktop Metal Live Sinter.
Features:
- Modern c++ API on Windows, Linux, and Mac.
- Physics: Linear Elastic, Modal, Thermal.
- Supports a wide range of mesh, lattice, and volumetric formats.
- Includes fast solving for concept design and precise solving for validation.
- Compatible with industry-standard visualization and validation tools.
Benefits:
- Seamlessly embed within any modeling, design, planning, validation and optimization task.
- Quickly iterate on implicit, conceptual, or detailed designs without translation or preprocessing.
- No need to compromise performance versus fidelity on mission-critical geometry.
- Handles complexity impossible with traditional FEA.
- Ability to accommodate future changes in shape representation, material, and physics.
Case Study: Desktop Metal Live Sinter
Desktop Metal’s Live Sinter is an advanced DFAM tool that predicts the deformations that occur during sintering and can use that information to reverse-warp models during manufacturing. Central to Live Sinter’s predictive power is integrated stress analysis powered by Intact.Simulation Core. Intact.Simulation stress analysis takes into account the effects of gravity and friction as parts deform during sintering. It also provides the ability to predict part performance before parts are made.
Learn more!
Please reach out to learn more about Intact.Simulation Core.
Desktop Metal and Live Sinter are trademarks of Desktop Metal.