Industrial Robotics

Competences

The focus of research in the field of industrial robotics and automation technologies is on human-robot interaction, the optimisation of robot systems and their seamless integration into industrial processes. This area covers a wide range of topics, including the benchmark analysis and optimisation of robot systems and components to maximise their performance. The development of innovative control and safety concepts and new process technologies are also important aspects. Simulation-based analyses for layout design, workspace optimisation and cycle time improvement are carried out for this purpose. In addition, we are working on the optimisation of robot applications in order to increase efficiency and productivity.

The technical and economic evaluation of automation solutions and robot systems enables companies to make well-founded decisions. Research results are implemented in prototypes in application-oriented development environments in order to demonstrate their suitability for practical use.

In the field of cognitive assistance, worker guidance systems and assisted training workstations are developed to support human labour. In addition, fault detection systems and expert systems for deriving recommendations for action are being researched in order to ensure safety and efficiency. Safe physical human-robot cooperation always forms the centre of attention.

The aim is to encourage the integration of robotics and automation technologies and to increase efficiency, safety and cost-effectiveness in the manufacturing industry in order to pave the way for Industry 4.0.

Head of Research Department

Lisa Coberger, M. Eng.

Beschäftigte FB Umweltplanung/Umwelttechnik - FR Maschinenbau

Contact

+49 6782 17-1794

l.coberger(at)umwelt-campus.de

Location

Birkenfeld | Building 9925 | Room 120

Consultation

nach Vereinbarung

homepage

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Publications

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Current Projects

This project aims to develop a flexible automation solution for the polishing of cutting tools using a 6-axis robot that can process a wide range of variants without manual adjustments thanks to automatic measurement and optimized path planning. The aim is to reduce costs and physical strain and to ensure consistently high surface quality.

The project is developing a robot- and sensor-based deburring solution that can be customised to a wide variety of components.

The aim of the project is to counteract the shortage of skilled labour in the field of robotics in the region.

The aim of the Interreg-funded Robot Hub Transfer project is to support small and medium-sized companies in Germany, France and Switzerland in particular with the introduction of robotic systems.

The project is developing a device with which employees can move assemblies and guide them to the assembly site without any load.

In the project, Trier University of Applied Sciences and Karlsruhe University of Applied Sciences are aiming to establish a cross-border network of robotics bases to support companies in the introduction of automation solutions and thus strengthen the competitiveness of the “Upper Rhine” region

Completed Projects

A project designed to enable small and medium-sized companies in the manufacturing industry to integrate collaborative robot systems and digital technologies into their business.