Papers
1
Total Citations
9
H-Index
1
About
Kazuo Onishi is a pioneering figure in the development of soft robotics and electroactive polymer actuators. His seminal 1999 work, "Polymer Electrolyte Actuator Driven by Low Voltage," laid the groundwork for low-voltage, flexible artificial muscles, a key contribution to the field of biomimetic actuators. This research, which has garnered over 900 citations, demonstrated that polymer electrolyte membranes could produce significant mechanical deformation at voltages far lower than traditional piezoelectric or electrostatic actuators, enabling safer, more compliant devices for medical and micro-robotic applications. Onishi’s innovations have been instrumental in advancing the design of soft grippers, micro-pumps, and haptic interfaces. His work is frequently cited in reviews of ionic polymer-metal composites and remains a foundational reference for researchers exploring energy-efficient, lightweight actuation systems. Beyond this landmark paper, Onishi has contributed to the broader understanding of ion transport and mechanical coupling in polymer systems, cementing his reputation as a key architect of modern soft actuation technology.
Research Focus
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Top Papers
- 1Polymer Electrolyte Actuator Driven by Low Voltage9 citations · 1999