The first step towards the use of fibre composite components as an innovation on existing solutions is often the feasibility study. INVENT develops test components for such studies with which the potential of the technology being investigated can be ascertained. INVENT supports its customers in turning their ideas into reality – from feasibility investigations for concept studies using fibre composites through to development of the actual components.

High pressure storage / Functional model PmP / STANT antenna demonstrator (Image © HPS)

Example Peristaltic micro pump (PmP)

Simulation and analysis of the pump operation

In a research project promoted by the Federal Ministry of Education and Research, INVENT developed a peristaltic micro pump.

The pump was made using a lead zirconate titanate (PZT)/CFRP composite. The device can pump quantities on a ml/day scale so that very small doses can be given precisely. The peristaltic pump’s volume can be varied and can be controlled be selecting the geometry, materials, control system and frequency. As a result, this innovative micro pump can be used in the healthcare field, as an implantable infusion pump and for giving micro doses of adhesives.

Other partners involved in the project included Ceramtec AG, IMM GmbH, Tricumed GmbH, Bioservice GmbH, Fraunhofer IWM and Panacol GmbH.


ExoMars rover shaken up properly

To make sure the ExoMars rover can withstand the vibrations and shocks of launch, atmospheric entry, parachute deploy and landing, a structural and thermal model is shaken on a vibration table more

INVENT auf dem Symposium Photonischer Leichtbau am 14./15. März in Hannover

Am 14./15. März wird Dr. Olaf Heintze im Rahmen des Symposiums für Photonischen Leichtbau (Ausgerichtet vom Laser Zentrum Hannover) zum Thema „POTENTIALE DER LASERBEARBEITUNG VON CFK AUS SICHT more