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About

K. Koyano is a pioneering researcher in micro-robotics and micro-manipulation, with a focus on bridging the gap between micro-scale objects and human-scale interaction. His most influential work, the "Novel manipulator for micro object handling as interface between micro and human worlds" (2002, 49 citations), introduces a dual-robot system equipped with a three-axis force sensor and optical stereo microscope, enabling precise handling of micro-objects. This system exemplifies his key contributions to micro-assembly and tactile feedback in micro-robotics. Koyano also advanced 3-D micro-structure construction through innovative mechanical methods, such as multi-face fast atom beam (FAB) etching and co-focus rotational robots (2002, 7 citations), which allow for pattern-etching on multiple workpiece faces. His earlier work on integrating 3-D shape construction and assembly (1995, 6 citations) laid foundational principles for realizing functional micro-systems. With a career spanning over two decades, Koyano’s research has significantly impacted micro-manufacturing and precision engineering, offering practical tools for industries like electronics and biomedical device fabrication. His design concepts continue to inspire new generations of micro-robotic systems, making him a notable figure in the field.