Back injection moulding technology combines plastic injection moulding with textiles, films or carpets. This technology enables us to integrate decorative and functional surfaces in a single step. Ideal for applications in the automotive industry, this process offers a wide range of design options.

With our 2K and 3K technology, we can produce parts from two or three different plastics. This technology makes it possible to combine different material properties such as flexibility and hardness in one product, resulting in innovative solutions.

The gas injection process significantly reduces the weight of plastic parts by injecting gas into the mould while the material is being injected. This technology is particularly advantageous for the production of lightweight components in automotive engineering.

With sequential injection moulding, the material is injected in layers, which allows better control over the wall thicknesses and material distribution. This leads to an improved quality of the end product.

This technology enables us to create precise surface structures on plastics. Injection moulding is ideal for applications where aesthetics and functionality go hand in hand.

RHCM technology enables faster production through frequent heating and cooling of the mould. This leads to shorter cycle times and improves the surface quality of the parts.

With Roc-Toll technology, we are further optimising our production processes by combining innovative materials and processes to offer even more efficient solutions.

MuCell technology uses microbubbles to reduce material consumption while improving the mechanical properties of the end product. This environmentally friendly method helps to conserve resources.

With IML, we integrate labels directly into the product during the injection moulding process. This not only enables attractive designs, but also improves the durability of the labels.

Our blow moulding technology, with 10 machines from 30 t to 50 t, is perfectly suited for the production of hollow products such as containers. This process offers flexibility and efficiency in the production of large quantities.

For metal components, we rely on zinc die casting, with 10 machines ranging from 20 tonnes to 120 tonnes. This technology enables the production of complex moulds with high precision and surface quality.