Automation: More precision in timing. Intelligent production processes.

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More precision in timing. Intelligent production processes.

Automation in production offers a wide range of advantages. Automated processes are generally faster and more precise than manual operations. They increase production speed and optimize the use of resources. By reducing labor costs and minimizing sources of error, automation leads to significant long-term savings. Our automation systems can be flexibly adapted to perform different tasks without the need for extensive manual intervention. This allows us to respond quickly to changing production requirements and to scale processes more easily as production volumes increase.

More facts. Automation in numbers.

6-axis robot

Hours over five days – fully automated

Sequential assembly steps

More interest? Request your individual solution now.

Rely on our expertise. Benefit from professionals in automation and let us advise you on the topic.

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More examples. Automation solutions.

We implement automation solutions for a wide range of industries – from technical plastic applications to complex assembly processes. This includes part removal in injection molding, automated assembly of components, as well as integrated testing and quality assurance systems.
A particular focus is on medical technology: here, our systems ensure maximum process reliability, reproducibility, and quality. Sensitive components are manufactured, tested, and documented under controlled conditions. In addition, we automate complex assembly, handling, and post-processing operations – including marking, packaging, and palletizing. Each solution is tailored individually to the product, production volumes, and specific requirements.

Up to 17 downstream processes fully automated

Committed and highly qualified employees are our backbone

Secretion bags from fully automated production

Fully automated workflows in the assembly process

More know-how. Technologies and processes in automation.

From small, in-house automation solutions to complex systems, we offer tailored solutions to meet your specific requirements:

Example: Production of secretion bags

Use of transfer systems (WT systems)
Measurement and component inspection via camera systems
Joining of individual components
Assembly of filter mats and films
Joining parts by ultrasonic welding
Ball insertion and leak testing within the series production process
Hybrid technology: reel-to-reel and metal inserts in series with automatic feeding

Simple automation solutions are developed and implemented directly in-house. More extensive projects are realized in close cooperation with our experienced partner Robomotion.

More industry solutions.

Medical technology.

Plastic injection-molded parts are indispensable in medical technology. In operating room equipment, they are used for instruments, sterile accessories, and housing components that must meet the highest hygiene standards. They also play a key role in bone milling technology, providing robust and precise components capable of withstanding the mechanical stresses of such applications.

Electrical engineering.

Plastic injection-molded parts are indispensable in electrical engineering. Specially modified plastics, enhanced with glass fibers or mineral additives to improve tracking resistance, require in-depth expertise and precise manufacturing processes. Hybrid technology is particularly in demand, combining plastic components with metal inserts or other materials.

Mechanical engineering.

In the field of automation, plastic injection-molded parts are used in manufacturing technology, where they stand out for their precision and durability. They also play a crucial role in valve technology, enabling complex geometries while maintaining high tightness. In automotive applications, injection-molded parts provide lightweight yet robust components for a wide range of uses.