Akinori Onaga

Mizuho (Japan), Brother Industries (Japan)

Papers

Total Citations

H-Index

About

Akinori Onaga is a robotics researcher whose work focuses on the intersection of bio-inspired design and precision engineering. His primary research areas include compliant mechanisms, parallel kinematics, and high-precision robotic systems for assembly tasks. Onaga’s major contribution lies in the development of compliant-parallel (C-P) mechanisms that replace traditional rigid joints with deformable, elastic structures inspired by biological systems. This innovative approach enables robots to achieve both a wide working range and sub-micrometer precision, addressing a critical trade-off in precision assembly robotics. His most cited work, “A Compliant-Parallel Mechanism with Bio-Inspired Compliant Joints for High Precision Assembly Robot” (2013, 14 citations), introduces circular compliant joints that mimic natural flexibility to enhance accuracy and repeatability. A related 2012 paper (10 citations) further establishes the theoretical and practical foundations of this design. While Onaga’s citation counts are modest, his work represents a significant step toward more adaptable, damage-tolerant robots for delicate manufacturing tasks. By merging biological principles with mechanical design, Onaga has contributed to a growing field that seeks to make industrial robots safer, more precise, and more versatile.