Processing systems
In the research field of processing systems, the focus is on the development and optimization of processing procedures and processing machines. A central component of this work is the investigation of the interactions between the working elements and the processed material, which are decisive for the efficiency and precision of the machines.
The research focuses on various innovative topics, including
Delta robot with optical measuring system
Motion technology: this involves the development of solutions for fast, non-uniform movements that meet the specific requirements of the respective manufacturing processes. Specialized gearboxes and modern robotic systems are used, whereby reliability and cycle times are optimized by taking into account the inherent behaviour of the active pairing. Discover more
3D-formed cups from algae foil. The green and red samples are couloured, whereas the second row shows the natural coulour of the material.
Formingof fiber-based materials: Research in the field of forming of fiber-based materials focuses on the further development of technologies for the flexible and efficient forming of sustainable packaging that serves as an alternative to petrochemical plastics. Key areas include improving the formability of cardboard and research into alternative materials such as macroalgae Discover more
Joining and forming polymer packaging materials: In this area, work focuses on optimizing welding and sealing processes as well as thermoforming processes in order to increase the quality and stability of packaging. By analyzing seam formation, material properties and process parameters using experimental methods and numerical simulations, the dimensional stability and resilience of packaging is improved in a targeted manner. Discover more
Production and processing ofnatural fiber-based functional structures: The focus "Production and processing of natural fiber-based functional structures" concentrates on the development of sustainable functional structures, such as sandwich constructions with paper honeycomb cores, which impress with their material savings and recyclability. An innovative, adhesive-free manufacturing process for paper honeycomb cores enables resource-saving production and was developed and patented together with industrial partners. Discover more