Max Robotics — Global Service Robot Directory + US Certification

About

Felix Penzlin’s research lies at the intersection of mobile manipulation, tactile sensing, and force-controlled robotics, with a strong emphasis on making industrial robots safer and more affordable. His most cited work, “Are laser scanners replaceable by Kinect sensors in robotic applications?” (36 citations), challenged the robotics community to consider low-cost alternatives for mapping and localization—a question that remains relevant as sensor costs drive democratization. Penzlin also pioneered large-scale tactile sensing for mobile robots, demonstrating in a 2016 paper (19 citations) how artificial skin can enable safe human-robot interaction during manipulation tasks. His contributions to benchmarking force-controlled robots (13 citations) provided a standardized performance indicator for sensitive assembly, a critical step toward reliable industrial automation. Notably, Penzlin was a key contributor to the VALERI project, developing a collaborative mobile manipulator for aerospace production that operates alongside humans without safety fences—a landmark achievement in human-robot collaboration. With a career spanning sensor fusion, tactile perception, and force control, Penzlin’s work has helped bridge the gap between expensive industrial systems and practical, accessible robotic solutions.