Ryuta Sato
Papers
2
Total Citations
17
H-Index
2
About
Ryuta Sato is a leading researcher in precision engineering and robotics, with a focus on the dynamic behavior and motion accuracy of industrial robots and machine tools. His work centers on understanding how mechanical structures, such as joint bearings and servo systems, influence vibration and positioning errors in articulated robots and parallel kinematic mechanisms (PKMs). A key contribution is his development of dynamic models that simulate vibration modes and motion trajectories, accounting for joint bearing stiffness—a critical factor for improving the speed and precision of manufacturing robots. His research has shown how servo characteristics directly affect the motion accuracy of PKMs, offering insights that bridge mechanical design and control systems. With his most-cited paper receiving 13 citations and foundational work on PKM accuracy, Sato’s studies are essential for engineers seeking to enhance productivity and quality in automated manufacturing. His achievements include advancing the calibration of static geometrical deviations in PKMs, making him a notable figure in the pursuit of higher-performance robotic systems.
Research Focus
Key Achievements
Top Papers
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