Y. Sakaida

Papers

Total Citations

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About

Y. Sakaida is a pioneering figure in ultraprecision micro machining, a field critical to advancing optical instruments, electronic devices, and medical equipment. His research focuses on the creation of ultra-precision microstructures, particularly those with high aspect ratios—a challenging geometry essential for modern miniaturized components. Sakaida’s most influential work, “Creation of Ultra-precision Microstructures with High Aspect Ratios” (2006), has garnered 25 citations, underscoring its significance in addressing the industry’s demand for complex, high-accuracy shapes. His earlier foundational paper (2002) laid the groundwork by exploring the potential of ultraprecision machining to produce such structures, highlighting the technology’s growing importance. Sakaida’s contributions have helped bridge the gap between theoretical precision and practical manufacturing, enabling the production of intricate microfeatures that drive innovation in optics and electronics. His work remains a key reference for researchers and engineers seeking to push the boundaries of micro-machining, demonstrating how meticulous craftsmanship at the microscale can unlock new possibilities in high-tech applications.