We supply machines and systems that enable substantial savings in energy consumption and thus reduce operating costs and CO2 emissions. 

We are doing everything we can to make our own business division carbon-neutral by 2030. Our products should also be carbon neutral by 2035. We are already implementing appropriate measures on the way there today.     

With our Code of Conduct, we also require our suppliers and partners to comply with high standards. These include compliance with human rights, social and occupational health and safety standards and the fulfillment of our environmental requirements. We regularly check all our suppliers for the risk of a possible violation of these standards. 

A processes with which post-consumer recyclate (PCR) can also be used for thermoplastic foam injection molding This reduces the component weight by around 12% with corresponding emission benefits.

A software-based tool with which users can determine the specific CO2 savings potential of a machine individually for their respective application and over the entire life cycle. 

We were able to reduce the clamping units of our large injection moulding machines in the MX series by around 20 t thanks to an optimized platen design. This means less material is required and significantly improved emission values during transportation and operation. 

This method combines the thermoforming of organic sheets and injection molding in a single process. The result is particularly light and at the same time very strong fiber-reinforced plastic components. These are primarily used in vehicle construction and aviation, where they can replace valuable - and energy-intensive to process - materials such as steel or aluminum.