Jens Kappey

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About

Jens Kappey is a leading researcher in advanced robotic manufacturing, specializing in real-time control systems for force-controlled tooling and freeform surface tracking. His most influential work, "Real-time freeform surface and path tracking for force controlled robotic tooling applications" (2020), has garnered 60 citations, establishing a foundational framework for adaptive robotic machining of complex geometries. Kappey's contributions center on integrating sensor feedback and dynamic path planning to enable robots to precisely follow irregular surfaces while maintaining optimal contact forces—critical for applications in aerospace, automotive, and composite material processing. His research bridges the gap between theoretical control algorithms and practical industrial implementation, addressing challenges in deburring, polishing, and milling of non-planar components. By developing robust real-time tracking methods that compensate for tool wear and workpiece variability, Kappey has significantly advanced the reliability and efficiency of force-controlled robotic operations. His work is widely recognized for its direct impact on manufacturing automation, offering scalable solutions for high-precision tasks that were previously difficult to automate. Kappey's findings continue to inform both academic research and industrial practices, making him a key figure in the evolution of intelligent robotic manufacturing systems.