Hiromi ISOBE
Papers
1
Total Citations
2
H-Index
1
About
Hiromi Isobe has made significant contributions to precision engineering and non-contact transportation systems, with a focus on ultrasonic and aerostatic technologies. His key research areas include the development of advanced handling methods for large, fragile substrates such as semiconductor wafers and plane glass panels, which are critical in modern manufacturing. Isobe's major contribution lies in pioneering the combination of ultrasonically induced acoustic viscous forces with aerostatic forces to create non-contact transportation systems that eliminate physical contact, thereby reducing damage and contamination risks. This innovative approach addresses the challenges posed by increasing substrate sizes and weights, offering a safer, more efficient alternative to traditional roller or belt conveyors. While his most cited work, "Fabrication of Non-contact Transportation System by Combination of Ultrasonically Acoustic Viscous Force and Aerostatic Force" (2008), has garnered 2 citations, its impact is reflected in its foundational role in advancing contactless handling technologies. Isobe's research is notable for its practical applications in semiconductor fabrication and precision manufacturing, where cleanliness and substrate integrity are paramount. His work continues to inspire further innovations in non-contact transport, making him a respected figure in the field of mechatronics and industrial automation.
Research Focus
Key Achievements
Top Papers
- 1