Takashi Usuda

National Institute of Advanced Industrial Science and Technology

Papers

Total Citations

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About

Takashi Usuda is a pioneer in the field of micro-robotics, with a focused expertise in the design and application of piezo-driven micro manipulation systems. His most influential work centers on developing autonomous, inchworm-like micro robots capable of performing high-precision tasks on steel surfaces. Usuda’s major contribution lies in integrating these miniature robots with micro tools and multiple inner sensors to create fully automated systems for desktop micro machining and micro-indentation. His 2006 paper on a “Desktop Micro Machining System by Multiple Micro Robots” (10 citations) established a foundational concept for collaborative micro-robotic manufacturing. He further advanced the field by demonstrating non-contact bio-cell manipulation using nonlinear micro flow from a vibrated pipette mounted on a micro robot (7 citations), bridging robotics with biomedical engineering. Notably, his work on an “Automatic Micro-indentation and Inspection System” (4 citations) showcases a complete, sensor-driven workflow for material testing, enabling precise array indentation without human intervention. Through these innovations, Usada has significantly impacted the scalability and automation of micro-manufacturing and bio-manipulation, inspiring future research in compact, intelligent robotic systems.