Naoaki Fukuda

Papers

Total Citations

H-Index

About

Naoaki Fukuda is a pioneering figure in high-power laser materials processing, with a career-long focus on advancing CO₂ laser technology for industrial applications. His most cited work, "Material processing by the internal path type CO₂ laser robot" (1996), introduces a landmark achievement: the development of the world’s most powerful 50 kW-class CO₂ laser processing system. This system uniquely integrates a high-output oscillator with a portal three-dimensional processing device and an internal path-type robot, enabling unprecedented precision and power in cutting and welding. With 3 citations, this paper stands as a foundational reference in the field, showcasing Fukuda’s role in pushing the boundaries of laser power and robotic integration. His contributions have directly influenced modern automated manufacturing, particularly in heavy industries requiring robust, large-scale material processing. Fukuda’s work exemplifies the synergy between laser physics and robotics, earning him recognition as a key innovator in high-power laser engineering. For students and researchers, his legacy offers a compelling case study in how extreme power outputs can be harnessed for practical, industrial-scale applications.