Optimizing Robotic Development with Cutting-Edge Engineering
Design for Additive Manufacturing: Industry-leading topology optimization and implicit modeling solutions
Multi-Physics Simulation: Simulating the interaction between various physical domains (thermal, electrical, mechanical) in robotics
Computational Fluid Dynamics (CFD): Simulating fluid flow around or within robotic systems, such as cooling systems.
Check Manufacturability: Simulate manufacturing processes like injection molding, metal forming, metal casting, extrusion, foam expansion, PCB and additive manufacturing.
System Simulation: Modeling and optimizing multi-disciplinary robotic systems.
Motion Analysis: Analyzing the kinematics and dynamics of robotic mechanisms.
Electromagnetic Simulation: Designing and optimizing electromagnetic components like antennas and sensors. Run EMC Analysis to ensure components function correctly without interference.