Main Research

Integrative technologies for processing endless-reinforcement plastics
Calculation and design of fibre composites with high functional integration
Development of processes and machines for manufacturing components in composite construction
Concatenation of processes for energy-efficient product technologies
Method for product development with renewable primary products and recycled materials
Handling of limp area-measured materials
Development of textile, tailoring and special machines
Hydraulics, pneumatics and drive systems
Active composites and lightweight structures
Injection-moulding processing of textile-reinforced parts

Methods for continuous manufacturing of profiled structures
Method of calculations for adhesive bonds of fibre composites
Reprocessing of GRP-components
Material usage of production residuals with natural fibre-reinforced plastics
Researches to improve the dynamic reaction of pneumatic drive systems
Basics for processing with regrowing materials
Microfluid structures for new climate concepts
Investigations for material compounding
Development technologies for highly loaded structural panels
New material and manufacturing concepts for dynamic and chemical high loaded spools
Development technologies for load-capable structured rovings

The current research projects are supported by:

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