Many details have to be considered in a part design suitable for injection molding in order to achieve the desired objectives; details impacting costs, functionality of the part and surface quality. Furthermore, the right material of construction for the planned application has to be selected.

Technical Partner from the Beginning

If you don’t work on injection‑molding‑ready part design every day you risk unpleasant surprises while doing so. As a result, valuable time and tight budget resources will be lost. We will support you with our know-how from the beginning to ensure the optimal development of your injection molded parts. If you desire we can also take over the complete engineering development of plastic parts.

Injection‑molding‑ready design for prototypes 

We maintain long‑standing technical partnerships with many of our customers—partnerships where everyone contributes their expertise and openly addresses improvement potential. Partnerships where everyone keeps the best possible end result in mind. Partnerships where we work as a well‑coordinated team to make each component even better suited for injection molding. 

For example, for a customer in the automotive supply industry, we assess designs in terms of feasibility before we start manufacturing the prototype molds. Or we advise on material selection to align part properties optimally with the intended use in medical technology. Or we derive production‑ready variants of a plastic component for different models in the automotive sector. 

Our goal: to use our know‑how to drive technical implementation a little further and achieve the best possible result for our customers. 

Injection‑molding‑ready technical implementation of complete parts and assemblies 

Not every company has in‑house capacities for injection‑molding‑ready design and tooling‑appropriate layout of plastic injection‑molded components. For these customers, we take care of feasibility and injection‑molding‑ready design of parts or assemblies based on customer requirements. Using modern CAD systems, we design or revise plastic parts so they are precisely aligned with the intended application and manufacturing requirements, or we improve existing parts based on already available samples. We select the optimal material and manufacture all required molds in‑house before producing the first prototypes. 

These prototypes serve as the basis for testing and further alignment. Any necessary tooling changes can be implemented relatively easily thanks to our specialization in prototypes and small series—before the small or very small series moves into production. 

Further development of injection molding materials 

In addition to injection‑molding‑ready production, the material itself is an important lever for better plastic components. Although a wide range of thermoplastic materials with very different properties is available today, the possibilities are far from exhausted. Together with renowned material manufacturers, we therefore work to push the boundaries of what is possible and to find solutions for special applications. In cooperation with universities and research institutes, we research innovative processes for toolmaking in order to work even faster and better in the future.