Forming simulation for maximum process reliability.

Using state-of-the-art FEM simulation, we help you secure forming processes even in the early development phase. Our virtual component evaluation makes it possible to identify risks before the first tool is manufactured.

We analyze whether a component can be manufactured reliably in the desired geometry and material selection. By precisely simulating the forming behavior, we provide a sound basis for decision-making in design and toolmaking.

Our simulations support the design from the initial blank through drawing stages and tool geometries to the process parameters of the forming machines. This creates a robust manufacturing process that saves material, time, and costs.

We identify critical areas where material failure threatens or wrinkles can form. Based on these insights, we develop targeted measures for process optimization.

The simulation shows exactly where the material thins out or builds up. This information is crucial to optimally balancing component strength, crash behavior, and weight.

We evaluate the expected springback and assist with compensation in tool design. This allows you to achieve tight tolerances on the very first try.

Using FEM simulation, we ensure that our results are industry-grade, reliable, and reproducible.