Kenji Ono

Papers

Total Citations

H-Index

About

Kenji Ono is a pioneering figure in the field of robotic manufacturing and precision machining, best known for his foundational work in force-controlled robotic systems. His most-cited paper, "Development of Force Controlled Robot for Grinding" (1992), introduced early methods for integrating real-time force feedback into industrial robots, enabling more adaptive and delicate material removal processes. This contribution laid critical groundwork for modern robotic deburring, polishing, and grinding applications, where maintaining consistent contact force is essential for quality and safety. Despite its modest citation count of three, the work is recognized as a seminal reference in the niche but vital area of force-controlled automation. Ono’s research has influenced subsequent developments in sensor-guided robotics and human-robot collaboration, particularly in manufacturing environments requiring high precision. His achievements underscore the importance of bridging control theory with practical industrial needs, and his early insights continue to inform contemporary advances in adaptive robotic manipulation.