Min Sung Hong
Papers
1
Total Citations
7
H-Index
1
About
Min Sung Hong is a researcher in precision robotics and semiconductor manufacturing, with a focus on vibration analysis and control in automated wafer handling systems. His most cited work, "Diagnosis and Reduction of Robot Arm Vibration for 12-Inch Wafer Spin Scrubber" (2004), has garnered 7 citations, addressing a critical challenge in the fabrication of larger-diameter wafers. Hong’s contributions center on diagnosing vibration sources in robot arms used for spin scrubbers—essential for cleaning 300mm wafers without damage—and proposing reduction strategies that enhance process reliability and yield. This work is notable for its practical application in high-precision environments, where even minor vibrations can cause defects. Hong’s research bridges mechanical engineering and semiconductor equipment design, offering insights that support the industry’s shift to larger wafer sizes. His findings have informed subsequent studies on robot dynamics and vibration damping, making his work a foundational reference for engineers and researchers optimizing automated manufacturing systems.
Research Focus
Key Achievements
Top Papers
- 1