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  Acceleration,
Force, Pressure,
Torque, FEM





Applications in the Field of Metal Forming Technology

The experts are unanimous in thinking that numerical process simulation yields a deeper insight into the mechanics of the forming process than that provided by classic calculation and testing techniques. The advantages of a simulation approach are evident:

• Speedier response times and and reduced tool costs in the development phase

• Reduction of cost-intensive tests on the press

• Transparency of the forming process

• Ease of varying the parameters

• Estimation of component properties after forming

• Testing and optimisation of the tools.

Real tests on the physical press are not going to become a thing of the past. But with the help of simulation you are in a position to develop the product you are after more quickly and systematically.

We are aware of the limits of process simulation – but we also know its benefits. With more than 15 years of experience in this special field, we are well able to judge the possibilities that the use of simulation could offer your company.

Just give us a call, and we will be happy to advise you. We can also carry out benchmark calculations for you.

sheet metal forming

Sheet metal forming

• Formation of folds, component failure and springback

massive forming

Simulation of massive forming

• Cold flow presses

• All techniques of massive forming

• Forging processes

• Optimisation of phase planning, tool stress, form filling and fold formation

Heat treatment

• Distribution of hardness, distortion of components due to hardening

• Phase transformation

• Carburisation via diffusion

Machining simulation

• Turning, milling and drilling

Machining

 

 
 
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