Finite Element Method (FEM) analysis and calculation refer to a series of software tools.

These tools replicate a real test bench, where the mechanical component can undergo static or dynamic stresses, deform, or experience a temperature change. Similar to a test bench, the objective is to verify the design requirements of the component.

Unlike a physical test bench, in FEM analysis, this process takes place in a virtual environment. In this environment, the prototype, which is directly formed from the 3D CAD file, can be modified in a matter of moments and undergo a new functionality test.

The advantages of this technology are significant:

Reduction in the number of physical prototypes created.

Reduction in associated prototyping costs.

Decrease in development times.

These three points are crucial considerations when it comes to the release of the final product and subsequent success in the market.