Testing and Evaluation
DuPeron Medical Systems will test and evaluate any products to ensure design specifications. Applications of Failure Modes and Effects Analysis (FMEA) are also applied to ensure the highest quality product is designed and manufactured.
Along with FMEA DuPeron Medical Systems uses Finite Element Analysis (FEA) the most accurate and efficient simulation method for solving complex design problems.
DuPeron Medical Systems engineers can evaluate a part or assembly’s performance in a variety of different environments before a single part is made. It reduces tooling costs, speeds up production and ensures the correct geometry and material selection.
Finite element analysis is used to determine fatigue, strains, stresses, and structural integrity of components. FEA can be used for Mechanical design optimization, increasing safety, controlling vibrations, reducing weight, and extending component life. The following can be evaluated:
- Fracture, Fatigue, and Buckling
- Static Stress
- Displacements
- Design Optimization
- Multiple-part Analysis
- Failure Probability
- Component Life Prediction
- Material issues, including; Yield & Compression Set
The Benefits to You:
- Prediction of the design performance in service
- Provides validation for designs
- Reduced costs in prototyping
- Determining the cause of product failures
- Prediction of material changes on short and long-term product performance
- What-if scenarios can be run without the cost penalties normally incurred
Research
Here at DuPeron Medical Systems research is one of our favorite things to do. We get to learn more while we work helping our customers to find answers to any questions or problems they may have. If there is an answer to find, we will find it.