Motoshi Ohno

Mizuho (Japan), Brother Industries (Japan)

Papers

Total Citations

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About

Motoshi Ohno is a leading figure in precision robotics, with a core focus on bio-inspired mechanisms and compliant parallel systems. His major contributions center on the design and development of high-precision robotic architectures that achieve both accuracy and a wide working range. Ohno pioneered the use of compliant parallel (C-P) mechanisms, where all joints are deformable elastic elements, drawing inspiration from biological structures to overcome the limitations of traditional rigid joints. His most-cited work, "A Compliant-Parallel Mechanism with Bio-Inspired Compliant Joints for High Precision Assembly Robot" (2013, 14 citations), details a mechanism integrating circular compliant joints for enhanced flexibility and precision. A foundational study from 2012 (10 citations) further established the principles of this bio-inspired approach, demonstrating a parallel mechanism capable of sub-micrometer accuracy. Ohno’s research is particularly impactful in micro-assembly and high-precision manufacturing, where his designs offer a compelling alternative to conventional robots. His work has been recognized for bridging the gap between biological compliance and engineering precision, making him a key innovator in the field of compliant robotics and precision mechanism design.