Toru Narikiyo
Papers
3
Total Citations
14
H-Index
3
About
Toru Narikiyo is a laser engineering researcher whose work has focused on the development and application of high-power YAG laser systems for industrial materials processing. His most significant contribution lies in pioneering beam-combining techniques that integrate multiple YAG laser oscillators into unified, high-performance processing systems. In his landmark 1997 study, Narikiyo and colleagues constructed an innovative system merging a pulsed 1.5 kW YAG laser oscillator with two continuous-wave 2 kW oscillators, using custom integration optics and a six-axis robotic arm — achieving total average powers reaching 5.5 kW and demonstrating practical scalability for demanding industrial welding applications. His subsequent 1999 research deepened understanding of multi-beam YAG laser welding characteristics, particularly addressing the challenges of fiber-optic beam transmission and focal-point combination, refining methods to maximize output while maintaining processing quality. Though operating in a specialized niche, Narikiyo's work has garnered citations that reflect its value to the laser manufacturing community. His research laid important groundwork for modern high-power laser processing technologies that are now foundational in automotive and precision manufacturing industries.
Research Focus
Key Achievements
Top Papers
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