Dai Tanaka

Papers

Total Citations

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About

Dai Tanaka is a pioneering researcher in the field of soft robotics and human-safe actuation, with a focus on developing compliant, pneumatic artificial muscle (PAM) systems. His work addresses the critical need for lightweight, inherently safe actuators for collaborative robots in nursing, housework, and haptic interfaces. Tanaka’s major contributions include the design and development of a delta robot driven by straight-fiber-type pneumatic artificial muscles, which offers high backdrivability and low mechanical impedance—ideal for rehabilitation and virtual reality haptic devices. His most cited paper (15 citations) introduces this delta robot, while his work on a 7-DOF manipulator (4 citations) further demonstrates the potential of PAMs for creating soft, human-like motion. By replacing rigid electric motors with flexible, muscle-like actuators, Tanaka’s research directly addresses safety and compliance in human-robot interaction. His achievements are foundational for next-generation assistive robots and haptic interfaces, positioning him as a key innovator in the transition toward truly collaborative machines.