Where technically appropriate, we deliberately rely on proven commodity plastics. However, in the battery sector, we use high-performance engineering or high-performance compounds. We have extensive experience in the selection, development, and processing of sophisticated material systems with fiber reinforcements and functional additives for thermal conductivity, flame retardancy, or electrical properties.

Together with our material partners, we develop application-specific solutions that meet both the technical requirements and the economic objectives of our customers.

Integrating metal components into the injection molding process is our daily bread. In our in-house stamping shop, we produce precision-fit metal inserts and outserts, which we then feed into the mold fully automatically. We also consider direct thermal joining during series production planning. With this approach, the metal component and the pre-molded part are heated separately and welded together, for example using induction heating or high-rate ceramic heating elements.

To increase the bond strength through close interlocking of metal and plastic, we can also perform pretreatment techniques such as laser structuring and plasma processes directly in-house.

Due to the miniaturization of electronic components, the need for increased efficiency, and the rising production volumes of highly integrated functional components, cost-effective manufacturing processes are in greater demand than ever.

We excel at managing complex, multi-layered production processes. This expertise is critical to the success of efficient mass production of combined hybrid components. Even highly integrated functional components are manufactured efficiently by us using fully automated production and testing processes.