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About

Sascha Reinkober is a researcher specializing in the application of industrial robots to advanced machining and manufacturing processes, with a particular focus on expanding robotic capabilities beyond traditional handling tasks into precision material processing. His work addresses critical challenges in aerospace and automotive manufacturing, exploring how robots can serve as flexible, cost-effective alternatives to conventional machine tools. Reinkober's most significant contributions include pioneering research into robot-based machining of high-performance materials, notably carbon fibre-reinforced polymers (CFRP) and turbine blade repair. His 2016 study on energy-efficient robotic machining (206 citations) stands as his most impactful work, demonstrating that industrial robots can deliver substantial energy savings without sacrificing process quality. He has further advanced the field through investigations into trochoid milling strategies and pocket milling techniques adapted for robotic systems, addressing the inherent stiffness and accuracy limitations of robot arms. A recurring theme across his research is improving robotic precision under real-world conditions, including thermal drift compensation during extended machining operations. Collectively, his publications — accumulating over 250 citations — have meaningfully shaped the conversation around semi-automated repair processes and flexible manufacturing, offering practical pathways for industries seeking scalable, intelligent automation solutions.