Fraunhofer Research Institution for Individualized and Cell-Based Medical Engineering
Orthopedic Research under Realistic Conditions
In Fraunhofer IMTE's robotic-assisted biomechanics laboratory, joint functions, implants, and fracture models are tested under precisely controlled loads – supporting the practical development of orthopedic treatment approaches.
The biomechanics laboratory at Fraunhofer IMTE uses state-of-the-art robotics to investigate orthopedic questions realistically and precisely. The central system, simVITRO, is based on a powerful industrial robot that can be flexibly configured for biomechanical investigations. Synthetic models, body donor preparations, or animal models can be mounted on its arm.
By precisely applying defined forces, various joint movements, load situations, and fracture scenarios can be simulated. This directly supports the development of new implants, fixation methods, or surgical techniques. The reproducibility of complex movement patterns also helps enable standardized test series and comparable study results.
The system allows comprehensive simulation of nearly any joint with high mobility and precise force control. This provides important scientific insights for the development of orthopedic care concepts and innovative therapeutic procedures.