Material usage

Material usage

The third of six fields of activity with regard to corporate responsibility 

Materials are becoming increasingly scarce and consume energy and important resources during manufacture, usage and waste disposal. Some materials are already scarce commodities these days or are a burden to mankind and the environment through their life cycle. With our products and services, we thus aim for solutions whose constructive design provides the best possible capacity performance and material usage.

Bionic Learning Network: taking the principles of nature as a role model

Bionic Learning Network: taking the principles of nature as a role model

Whether it involves energy efficiency or lightweight construction, functional integration or the ability to learn and communicate – in nature we discover all kinds of adaptation strategies, which can be transferred to engineering. By deciphering basic bionic principles, we provide impetus for industrial applications and the efficient usage of materials.

Researching new technologies and materials

Using our research platforms, we try out new technologies, production techniques and materials. Consistent lightweight construction and the intelligent combination of pneumatic and electric drives enable unique, energy-efficient motion sequences and savings on material.

Miniaturisation of products: making more with less

Miniaturisation of products: making more with less

When developing new products, we try to consistently reduce material usage whilst achieving the same or improved performance. Examples of this can be found in all product groups: with drives, valves and valve terminals, service units, but also with small components such as magnets, plug connectors and sensors, the trend is towards miniaturisation.

Example of continuous development: the DRVS semi-rotary drive

Our DRVS semi-rotary drive, for example, has continually developed over the years and enabled increasingly higher outputs. In the process, however, design solutions enabled its weight to be reduced by over 25 per cent compared to its predecessor.

Alongside this, we are continuously reducing the use of wet chemical processes in production and are increasingly making use of plasma and heating processes for surface finishing or for joining components – for instance, by laser welding or friction welding.