Toshio Miwa
Papers
1
Total Citations
16
H-Index
1
About
Toshio Miwa is a pioneering figure in precision force sensing and micro-robotics, best known for his foundational work on highly sensitive multi-axis force/torque sensors. His key research areas include micro-force measurement, compliant mechanism design, and sensor integration for robotic manipulation. Miwa’s major contribution is the development of a 3-axis planar force/torque sensor capable of measuring extremely small reaction forces—a breakthrough enabled by his innovative H-slit beam design, which creates a highly unidirectional deformable structure. This sensor, detailed in his most cited work (1999, 16 citations), has been instrumental in advancing applications requiring delicate force feedback, such as micro-assembly, biomedical devices, and haptic interfaces. By enabling precise measurement of minute forces, Miwa’s research has directly impacted the design of more responsive and accurate robotic systems. His work is frequently referenced by engineers and researchers developing next-generation tactile sensors and micro-manipulation tools, underscoring its lasting influence in the field of precision engineering and sensor technology.
Research Focus
Key Achievements
Top Papers
- 1