Increasing productivity, service life and performance of machines while saving energy and overall costs - that's what we're here for.
Our injection moulding solutions and the diversity of our high performance thermoplastics offer new ways to increase productivity in the engineering and manufacturing of industrial products. Often, where other, conventional materials reach their limits, we can offer a precise and high-strength injection moulded part, paving the way to greater efficiency and lower overall costs.
Our extensive manufacturing expertise in injection moulding and our state-of-the-art injection moulding production sites enable us to provide you with customised, innovative injection moulding solutions for your individual production environment locally.
This allows injection moulded components with complex shapes and designs to be produced with high accuracy and efficiency in small, medium and large series. With our expertise in smooth industrialisation through professional project support and project management, as well as our robust quality assurance program, we ensure successful implementation of manufacturing processes through to series production.
Our injection moulding products increase productivity and machine life, reduce assembly and maintenance costs, and support reliable and smooth manufacturing processes. They are used in a wide range of demanding industrial applications, such as:
Semiconductor and sensor technologies are increasingly used in industrial applications to monitor the condition of machines and ensure trouble-free operation through intelligent controls.
Parameters such as flow, position, speed, etc. can be measured.
With injection-moulded microsystems, we offer a completely new approach. This allows us to replace expensive silicon semiconductors with injection-moulded thermoplastic wafers. In doing so, we combine many years of injection moulding experience, an in-depth understanding of the individual components and innovative manufacturing methods - for quality at the highest level. In the process, conductive tracks and sensors can also be integrated directly into injection-moulded components, thus also reducing the number of components.
