Takuhiro Tsukada
Papers
3
Total Citations
6
H-Index
2
About
Takuhiro Tsukada is a researcher focused on advancing robotic automation for precision manufacturing, with a core emphasis on polishing processes. His work addresses the critical challenge of replacing skilled manual labor in fine mold finishing—a task plagued by worker shortages, health hazards from abrasive dust, and high costs. Tsukada’s major contributions center on developing and evaluating macro-micro robotic systems that combine large-scale positioning with fine force control. He has pioneered sensorless force-control-based end-effectors and gravity compensation techniques to enhance polishing consistency and performance. His studies, including "Performance Evaluation of Robot Polishing in Macro-Micro System Based Polishing Robot" and "Enhancement of Force Control Performance of Macro-Micro System Based Polishing Robot With Gravity Compensation," each have garnered 2 citations, reflecting foundational impact in a niche field. By demonstrating how automated polishing can achieve the precision of skilled workers while eliminating human exposure to hazards, Tsukada’s work is a key step toward safer, more efficient manufacturing. His research is particularly valuable for students and engineers exploring force control, robotic end-effector design, and the automation of complex manual tasks.
Research Focus
Key Achievements
Top Papers
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