S. Nagamatsu

Papers

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About

S. Nagamatsu is a pioneering researcher in industrial robotics, with a focused expertise in the development of advanced robotic systems for complex manufacturing. His primary contributions lie in the design and control of multi-arm robots and fast assembly robot arms, specifically targeting the automation of labor-intensive processes in automobile chassis and drive train assembly. Nagamatsu’s most influential work, “Development of multi-arm robots for automobile assembly” (2002), which has garnered 24 citations, addresses critical challenges in improving assembly efficiency by reducing reliance on human dexterity. In a related study (2002), he introduced a novel six-joint robot arm featuring joint torque sensory feedback control, enabling compliance control without a wrist force sensor through innovations like low-friction reduction systems and nonlinear torque compensation. This work, though less cited, demonstrates his technical depth in sensor integration and control algorithms. Nagamatsu’s research has directly impacted industrial automation, offering solutions to enhance productivity and precision in automotive manufacturing. His achievements underscore a commitment to bridging the gap between robotic dexterity and real-world assembly demands, making him a notable figure in applied robotics.