Shintaro Tani

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About

Shintaro Tani is a precision engineering researcher whose work focuses on the development of advanced desktop manufacturing systems for micro-mold finishing. His primary research areas include compliant motion control, precision robotics, and micro-lapping technologies for small metallic molds with curved surfaces. Tani's major contribution lies in the design and validation of compact, high-resolution NC machine tools and orthogonal-type robots that integrate both compliant and stick-slip motion capabilities. His 2008 paper on a desktop NC machine tool with compliant motion (18 citations) established a foundational approach for finishing small curved metallic molds, such as those used in LED lens production. His 2010 follow-up work on a desktop orthogonal-type robot (10 citations) further advanced this field by enabling precise lapping operations with a thin wood stick tool. These innovations address critical challenges in micro-manufacturing, offering cost-effective, high-precision alternatives to conventional large-scale equipment. Tani's work is notable for its practical application in mold finishing, demonstrating how desktop-scale robotics can achieve micron-level positioning accuracy while maintaining compliance for delicate surface interactions. His research continues to influence the development of compact, intelligent manufacturing tools for precision engineering applications.