Researchers at the University of California, Davis have developed a portable biomechanical loading system equipped with integrated sensing and monitoring assemblies to apply and quantify controlled mechanical loads on the Achilles tendon for effective rehabilitation.
This technology encompasses a biomechanical loading system, specifically designed for Achilles tendon rehabilitation, that applies controlled dorsiflexion forces via an adjustable foot assembly and tension members. It integrates a sensing assembly with strain sensors and elastic elements to accurately monitor applied loads in real time. The system supports both straight-leg and bent-knee protocols in a compact, modular form factor, enabling objective measurement of load magnitude, duration, and other biomechanical parameters during isometric and dynamic exercises. Wireless communication with external devices allows real-time feedback, data logging, and guided rehabilitation progress in clinical and home environments.
Patent Pending
Achilles tendon, biomechanical loading, dorsiflexion, isometric exercise, load monitoring, portable rehab device, strain sensor, tendon rehabilitation, wireless sensing, wearable sensor