Shuji Shigemoto
Papers
1
Total Citations
13
H-Index
1
About
Shuji Shigemoto is a pioneering researcher in dental biomechanics and maxillofacial engineering, whose work bridges robotics and oral rehabilitation. His most impactful contribution is the development of a novel articulator that reproduces human jaw movement with six degrees of freedom—a breakthrough that allows unprecedented precision in simulating functional mastication. By integrating a six-axis micro-positioning stage with high-resolution jaw-tracking devices, Shigemoto created a system that can replicate patient-specific jaw dynamics, significantly advancing the fields of prosthodontics and orthognathic surgery. His 2006 paper on this robotic articulator, cited 13 times, remains a foundational reference for researchers designing dynamic dental simulators. Shigemoto’s work has enabled more accurate diagnostic tools and customized treatment planning, reducing trial-and-error in dental restorations. His interdisciplinary approach—combining mechanical engineering, robotics, and clinical dentistry—has inspired further innovations in temporomandibular joint research and digital dentistry. For students and researchers, Shigemoto exemplifies how precise engineering can transform patient care, offering a template for developing high-fidelity biomedical devices that bridge the gap between theoretical kinematics and real-world clinical application.
Research Focus
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Top Papers
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