Everyday challenges inspire us for new ideas to generate added value with better use. You want to implement your idea, but how? Design, processing, cost-effectiveness analyzes, funding programs, feasibility studies and calculations are required to successfully develop your products. Benefit from our well-founded process engineering know-how and our passion for good design. Together with our experienced partner companies, we are laying the foundations for a successful product with your product language.

In addition to our many years of experience, we also focus on the use of filling simulations in product development to meet the major requirements of cost-effectiveness, reduction of development time and shorter time-to-market intervals as well as the high-quality requirements and the demand for more functional integration.

The FEM provides us with the basis for optimization in the development of structural components which are subject to high demands in practice. The purposeful use of analytical tools enables timely detection of potential weak points on the component and saves high cost of alteration and also valuable development time.

Successful products require a good understanding of the product behavior under loading. We offer benchmark tests, validation tests for FE simulation and structural performance analysis.

Everyday challenges inspire us for new ideas to generate added value with better use. You want to implement your idea, but how? Design, processing, cost-effectiveness analyzes, funding programs, feasibility studies and calculations are required to successfully develop your products. Benefit from our well-founded process engineering know-how and our passion for good design. Together with our experienced partner companies, we are laying the foundations for a successful product with your product language.

In addition to our many years of experience, we also focus on the use of filling simulations in product development to meet the major requirements of cost-effectiveness, reduction of development time and shorter time-to-market intervals as well as the high-quality requirements and the demand for more functional integration.

The FEM provides us with the basis for optimization in the development of structural components which are subject to high demands in practice. The purposeful use of analytical tools enables timely detection of potential weak points on the component and saves high cost of alteration and also valuable development time.