
Schunk and CADFEM (www.computer-automation.de)
Digital Material Selection reduces CO₂ Emissions
Using an industrial gripper as an example, Schunk and CADFEM demonstrate that simulation-based material selection can reduce CO₂ emissions from secondary materials and additive manufacturing by up to 40%.

Sustainability Through Simulation (www.polyformnext.de)
Digital material selection reduces CO2 emissions by 40 percent
The use of digital material simulations can significantly reduce CO₂ emissions during the development and manufacturing of components. A real-world project by Schunk and Cadfem demonstrates how data-driven material selection can lead to savings of up to 40 percent.

Simulation software (www.industrial-production.de)
Software packages for the simulation of electric drives
At SPS IPC Drives, Cadfem demonstrated how numerical calculations can be used to optimize the design and layout of electric motors. Software packages from Ansys and MDL were used.

Simulation solutions (www.industrial-production.de)
Predictive maintenance with a digital twin
Cadfem presented simulation solutions for product development at the Hannover Messe together with software manufacturer Ansys and Nvidia graphics card developer PNY.

Faster to the product (www.polyformnext.de)
Simulation on demand - as required
Simulation is being used in more and more plastics technology projects in order to speed up processes and identify problems at an early stage. The simulation software required for this - supplemented by hardware and services - can also be used as an on-demand solution.

Simulation (www.polyformnext.de)
Systematically improving plastic parts
Designers can learn about the opportunities and performance possibilities of simulation in a very practical way, on a "living object" so to speak.
