Francesco Fazioli

Papers

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About

Francesco Fazioli is a researcher specializing in industrial robotics, trajectory planning, and vibration control, with a focus on enhancing the productivity and precision of robotic manipulators. His major contribution lies in the development of novel trajectory planning strategies that reduce vibrations in industrial robots, directly addressing the trade-off between speed and accuracy in manufacturing. His most-cited work, "Simulation and Experimental Validation of Novel Trajectory Planning Strategy to Reduce Vibrations and Improve Productivity of Robotic Manipulator" (2020, 8 citations), investigates the vibrational behavior of COMAU’s Racer 7-1.4 industrial manipulator, demonstrating how optimized motion profiles can boost throughput without compromising positioning accuracy. This research bridges simulation and real-world validation, offering practical solutions for high-speed automation. Fazioli’s work is notable for its direct industrial application, collaborating with leading manufacturers like COMAU to push the boundaries of robotic performance. His findings are valuable for engineers seeking to improve efficiency in assembly, machining, and material handling tasks, making him a key contributor to the field of advanced manufacturing and mechatronics.