Simulation is particularly suitable for simulating high-precision forging (near-net) for designing orthopedic implants (hips, knees, shoulders, ankles, dental implants, etc.) and ancillaries that guarantee high-level physical and mechanical properties.
Moreover, you have a high performance predictive tool for simulating the entire forging range according to different processes: closed die forging, stamping, machining, heat treatment…
You can also improve the service life of your MDs (stents) by simulating their behavior under conditions of use.
Simulation can also be used for biomedical applications and makes it possible to anticipate mechanical stresses during bone distractions.