Mamoru Sato

Papers

Total Citations

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About

Mamoru Sato is a pioneering roboticist whose work focuses on developing innovative, minimally invasive robotic systems for critical infrastructure inspection and medical procedures. His research centers on soft robotics and pneumatic actuation, with major contributions in creating self-propelled robots that navigate challenging environments. Sato’s most cited work, "Development of in-pipe robot with extension hose and balloons" (2017, 14 citations), introduces a novel robot designed to inspect aging gas pipes, using extension hoses and balloons to maneuver through narrow, complex pipe networks and capture interior images for crack and leak detection—a vital solution for aging infrastructure. In the medical domain, his "Development of a Self-Propelled Actively Bendable Colonoscope Robot with a 'Party Horn' Propulsion Mechanism" (2015, 2 citations) addresses the limitations of traditional colonoscopy, such as operator dependence and injury risk. This robot employs pneumatic parallel links for active bending, enabling safer, more precise navigation through the colon. Though early in citation impact, this work showcases Sato’s commitment to reducing procedural risks and enhancing patient comfort. His achievements highlight a career dedicated to merging soft robotics with real-world applications, from underground pipes to human bodies, demonstrating how clever mechanical design can solve pressing societal and medical challenges.