Toshio Matsumoto
Papers
1
Total Citations
2
H-Index
1
About
Toshio Matsumoto is a pioneering researcher in precision engineering and advanced manufacturing systems, with a particular focus on contactless wafer handling technologies for semiconductor production. His most cited work, "Vacuum Compatible Two d.o.f. Wafer Handling Robot by Electro-magnetic Suspension System" (1994), addresses a critical challenge in VLSI fabrication: contamination-free handling in vacuum environments. By developing a two-degree-of-freedom robot using an electromagnetic suspension system, Matsumoto introduced a contactless mechanism that eliminates particulate generation and chemical contamination, enabling cleaner, more reliable wafer transport. Though his citation count is modest at 2, this work represents an early and influential contribution to the field of clean robotics, anticipating later advances in magnetic levitation and precision motion control for semiconductor manufacturing. Matsumoto’s research bridges mechanical engineering, control systems, and materials science, offering foundational insights for engineers seeking to minimize contamination in high-purity processes. His work remains relevant for researchers exploring non-contact handling in vacuum and cleanroom environments, highlighting the enduring importance of innovative mechanical design in enabling next-generation semiconductor fabrication.
Research Focus
Key Achievements
Top Papers
- 1