Numerous key applications in automotive production can be implemented using electric and pneumatic automation. This includes, among other things, handling, gripping and positioning tasks, as well as separating, feeding in and transporting components. They can also be used to great effects on welding and clamping technology. In paint shops, automation precisely controls the pressure and flow, while in the powertrain it assists with reliably stopping and moving heavy loads. What’s more, it also supports ergonomic workflows in final assembly. The combination of electric and pneumatic technology creates powerful, flexible, and process-reliable solutions.

Our modular automation concepts can be quickly adapted to new product variants and production requirements.

Standardized components, scalable platforms, and flexible drive concepts support both series and variant production. This enhances process efficiency and planning reliability, even in complex production environments.

Yes. We consistently integrates Industry 4.0 functionalities into its automation solutions.

Many components feature IO-Link technology, fieldbus connections, and facilitate the design of decentralized control architectures. This contributes to more efficient condition monitoring, transparent production data, and predictive maintenance. The integration of valve technology, I/O modules, and safety functions on one platform creates networked, data-based production concepts.

Our solutions are consistently designed for energy efficiency.

This includes energy-optimized valve technology, vacuum generators with air-saving function, and modular systems for compressed air treatment. Digital pneumatic solutions can shorten cycle times and significantly reduce energy consumption.

This minimizes compressed air losses, fosters a more efficient use of resources, and reduces the total cost of ownership.

Our components are specifically designed for industrial operating conditions such as welding or painting systems.

They meet high protection ratings, are resistant to heat, dirt or paint mist, and have integrated safety features according to applicable standards. This ensures reproducible processes, high plant availability, and maximum operational reliability, even at high cycle rates.

Yes. We assist our customers right from the concept phase through design and commissioning to ongoing operation.

Digital engineering tools, configurators, standardized interfaces and worldwide technical support reduce project planning effort and increase planning reliability. This results in technically optimal and economically efficient automation solutions.

For OEMs and plant manufacturers, component approval is often a critical bottleneck. Only approved products may be used in new plants; any deviations cause complex approval processes. Products that are not listed are usually not used at all.

Those who use our components for their designs significantly reduce this risk. The products are stored in the relevant OEM systems, specifications are aligned, and they are available worldwide.

The latest lists of approved components can be found here: Approval lists