Adaptive chassis

For components with an impact on thermal management, plastics that are optimally designed in terms of their application and processing properties and, for example, combine thin wall thicknesses with sufficiently good mechanical properties play a key role.

Where possible, we use readily available standard plastics. For thermal management components in special temperature ranges, however, we primarily use materials that are specially tailored to the application and whose application and processing properties are optimally designed.

Inserting metal components into the injection molding process is our bread and butter. In our own stamping shop, we produce the precisely fitting metal inserts and outserts, which we then feed into the mold fully automatically. We also consider direct thermal joining when planning series production. In this approach, the metal component and the pre-molded part are heated separately and welded together, for example based on induction and using ceramic high-rate heating elements.

We can also carry out pre-treatment techniques such as laser structuring and plasma processes to increase the bond strength through close interlocking of metal and plastic.

Due to the miniaturization of electronic components, the need to increase efficiency and the increasing quantities of highly integrated functional components, cost-effective manufacturing processes are more in demand than ever.

We are characterized by our ability to handle complex, multi-layered production processes. This skill is crucial to the success of efficient series production of combined hybrid components. Even highly integrated functional components are efficiently manufactured by us in fully automated production and testing processes.