FEM Simulation
Design & Engineering
Mechanical Design
Rapid Prototyping
Reverse Engineering
FEM Simulation
Quality and Validation
Quality System Support
VMP - DQ IQ OQ PQ Validation
Standard Operative Procedures (SOP) (IOP)
Technical File / Design Dossier
Design Control
DHF Design History File
Risk Management Process
Clinical Evaluation
Testing
Mechanical Testing
Analysis on Plastics
Biological Safety Evaluation
The finite element method (FEM) is a numerical technique able to find approximate solutions to problems described by partial differential equations by reducing them to a system of algebric equations.
The analysis (FEM) is used to simulate various physical problems.
Using FEM is possible to predict with a certain degree of approximation the behavior of a particular product or device when subjected to different types of stress, depending on the field of application.
The analysis (FEM) allows thus to reduce the number of tests, prototypes, validations and related costs.