Toshiro Kurosawa
Papers
1
Total Citations
52
H-Index
1
About
Toshiro Kurosawa is a pioneering figure in precision engineering and metrology, best known for his transformative contributions to laser-based measurement systems and robotic calibration. His seminal 1994 work introduced a groundbreaking laser tracking robot-performance calibration system that achieved unprecedented 1 μm coordinate accuracy. This innovation, which integrated a ball-seated bearing mechanism with a spherically shaped cat’s-eye retroreflector (refractive index 2.0), established a new paradigm for multilaser trilateration in industrial robotics. The paper has garnered 52 citations, reflecting its enduring influence on high-precision manufacturing and automation. Kurosawa’s research fundamentally advanced the field of optical metrology by enabling real-time, non-contact calibration of robotic systems, directly impacting sectors from aerospace to semiconductor fabrication. His work on the cat’s-eye retroreflector—a device that reflects light back to its source regardless of orientation—remains a cornerstone in laser tracking technology. Through this achievement, Kurosawa not only solved critical challenges in coordinate measurement but also laid the groundwork for modern adaptive manufacturing systems, earning recognition as a key architect of precision engineering’s evolution.
Research Focus
Key Achievements
Top Papers
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