Composites follow different design rules than metals. We have these laws in our genes. You have the advantage.
Do you want to break through the boundaries of traditional materials? Do you perhaps have problems with the natural frequency of your structure? Too little stiffness or too much weight? Do you even need X-ray transparency? Preferably paired with an extremely low coefficient of thermal expansion? We know what is possible with composites and support you from the initial evaluation, through construction, design and prototype production to the tested, production-ready product.
Decades of experience in the design and process development of composite components. Extensive knowledge of materials. You name the requirements, we develop possible solutions and put them into practice.
You decide how we get there. Whether lean and efficient – more based on experience and product examples. Or with extensive design, simulation calculation, detailed design and validation tests with complete documentation. We tailor the effort to your needs.
We do not offer castles in the air. We are transparent and detail-oriented from the quotation phase onwards and are committed to ensuring that you are as enthusiastic as we are when you receive the product or development service.
We don’t just offer you the component you want. We work with you to develop the product that best meets your needs.
With extensive know-how from decades of experience in engineering for well-known customers, we are perfectly positioned to implement your concepts. We invite you to a professional consultation in which we explore how we could act as your future partner. This initial consultation is of course non-binding and free of charge.
In aviation, traditionally the share of composite materials is high and can range up to 60%.
Unmanned aircrafts and drones for many different applications will drive the future of mobility.
Extremely light and ultra-stiff carbon-fibre composite structures are standard for challenging space missions.
Composite structures have characterized racing and automotive industries from the very beginning. We have been bringing the technology onto the racing track for more than 30 years.
Composite components become more and more important in machinery, automatization, and robotics due to their superior economy over lifetime – weight saving saves energy!
For composites different design rules are applicable than for metals. We have these rules in our genes and you have the advantage.
