Ryotaro Taguchi

Papers

Total Citations

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About

Ryotaro Taguchi is a rising researcher in soft robotics, specializing in the design and control of vacuum-driven actuators for safe, flexible manipulation in human-centric environments. His work centers on developing rib-reinforced bending soft actuators that overcome the limitations of conventional pneumatic systems by using vacuum pressure, enabling more precise and safer grasping control. In his highly cited 2021 paper, Taguchi introduced a soft robot hand composed of three such actuators, demonstrating a novel approach to achieving dexterous, compliant grasping without the bulk or risk of compressed air systems. His 2025 study further advanced the field by integrating a tendon-driven parallel manipulator with a time-of-flight camera, creating an autonomous grasping system that combines soft actuation with real-time visual feedback. Though early in his career, with citations accumulating steadily, Taguchi’s contributions are already recognized for their potential to bridge soft robotics and practical automation. His work is particularly notable for its emphasis on vacuum-driven mechanisms, which offer inherent safety and energy efficiency—key factors for collaborative robots working alongside humans. As he continues to refine these systems, Taguchi is poised to make lasting impacts on assistive robotics, manufacturing, and human-robot interaction.