FEM / FEA
Strength Analysis
We design and verify structures to meet strength requirements with minimum weight and maximum reliability.
We help development teams identify risks before prototype manufacturing and reduce iteration costs.
Types of Analyses
Design Verification Before Manufacturing
We perform strength analyses using the finite element method (FEM/FEA). We simulate real loads, contacts and boundary conditions so that results match actual operation.
The result is:
- validated design
- identification of critical areas
- basis for weight optimization
Types of Analyses
- Static linear analyses
- Nonlinear analyses (material and contact)
- Modal analyses
- Topological optimization
FEA Stress Analysis
Stress field visualization enables precise identification of overloaded areas and structural reserves. This allows design adjustments before manufacturing begins, targeting weight reduction without compromising safety or service life.
Generative Design
Generative Design & Topology Optimization
We use algorithmic tools to find the most efficient component geometry based on:
- defined loads
- boundary conditions
- manufacturing constraints (CNC / additive manufacturing)
The result is a structure with minimum weight and optimal force transfer, ready for real manufacturing.
