Simulation technology
The acceptance and actual benefits of virtual prototypes depend primarily on the precision and fast availability of the simulation results.
Precision:
We use measurement results to verify constantly agreement between simulation and reality. This is how we gain the necessary experience to guarantee the high precision of our simulations.
Quick availability:
Our standardised processes for the preparation and execution of simulations lead to an unusually fast availability of results and the suggestions for improvement derived from those results. For example, we determine the static and dynamic behaviour of a machining centre using the FEM within less than one week of you submitting your 3D-CAD model or drawings.
We use the following simulation methods:
1. Finite Element Method (FEM)
2. Multibody simulation (MBS)
3. Computer-Aided Control Engineering (CACE)