Max Robotics — Global Service Robot Directory + US Certification

About

Hiroyuki Kagawa’s research bridges the gap between precision robotics and dynamic physical systems, with key contributions in neurosurgical instrumentation and sports biomechanics. His most impactful work focuses on developing a force-detecting gripper and flexible micro manipulator for less invasive robotic neurosurgery, enabling surgeons to safely access deeply seated tumors while receiving real-time force feedback. This system, detailed in his 2013 paper (35 citations) and its 2011 precursor (22 citations), integrates strain-gauge sensing directly into the gripper clip, transmitting signals to an amplifier for enhanced tactile control. In parallel, Kagawa has pioneered the use of ski robots to model and measure the mechanics of carved turns. His 2009 study (22 citations) introduced a qualitative modeling approach, while earlier work (1998) used force sensors embedded in the robot’s legs to capture snow-surface reaction forces during turns. By rotating hip joints to initiate side-curve trajectories, his robot replicates human skiing dynamics, offering insights for athletic training and prosthetic design. With over 80 combined citations, Kagawa’s dual focus on medical robotics and motion analysis demonstrates a unique ability to apply robotic principles across life-critical and high-performance domains.