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About

Carsten Krewet is a leading researcher in industrial robotics and manufacturing automation, with a focus on enhancing robot precision and versatility in machining applications. His work centers on force-controlled robotic processes and the dynamic performance of industrial robots equipped with CNC controllers. Krewet’s major contributions include pioneering the integration of force control strategies for deburring and grinding tasks, demonstrating how commercially available robotic systems can achieve high-quality, adaptable machining—a critical advancement for flexible manufacturing. His 2013 paper on this topic, with 34 citations, provides a foundational analysis of force-controlled processes in real-world scenarios. Additionally, his 2017 study on the dynamic performance of robots in corner paths (45 citations) highlights improvements in trajectory accuracy and speed, directly impacting the efficiency of automated production lines. Krewet has also explored robot-assisted incremental sheet forming, pushing the boundaries of robotic forming techniques. With a citation record reflecting practical, industry-relevant research, his work bridges the gap between theoretical robotics and applied manufacturing, offering valuable insights for engineers and researchers seeking to optimize robotic machining and automation systems.