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About

Cemal Esen is a researcher specializing in ultrashort pulsed laser technology, precision micromachining, and advanced robotic laser systems. His work sits at a compelling intersection of photonics and robotics engineering, with a particular focus on developing innovative solutions for flexible, large-area laser micromachining applications. Esen's most notable contributions center on the pioneering development of ultrashort pulsed laser robot systems integrated with six-axis articulated robotic platforms — a novel approach that significantly expands the geometric freedom and scalability of laser micromachining beyond conventional fixed-axis systems. His 2023 paper on the first-ever realization of such a robotic laser system for 2D and 3D micromachining has already garnered 6 citations, reflecting rapid community interest. Complementing this, his work on beam stabilization — employing CMOS cameras and piezo actuators to dynamically compensate for mechanical disturbances introduced by robot movement — addresses one of the most critical technical challenges in mobile laser precision systems, accumulating an additional 5 citations. His continued research in 2025 on real-world 3D micromachining validation demonstrates a strong commitment to translating laboratory concepts into practical engineering solutions. Esen's portfolio represents a meaningful contribution to the advancement of flexible, high-precision laser manufacturing technologies.