P. Kugler

Friedrich-Alexander-Universität Erlangen-Nürnberg

Papers

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About

P. Kugler is a pioneer in the development of cost-effective laser systems for industrial material processing. Their foundational work centers on integrating high-power diode lasers—capable of delivering up to 3 kW—with conventional industrial robots and off-line programming systems to create flexible, low-cost manufacturing solutions. Kugler’s key contribution lies in demonstrating that accessible, sensor-guided laser assemblies can replace expensive, dedicated laser platforms, making precision cutting and welding viable for smaller-scale operations. Their most cited paper, "Low cost lasersystem for material processing" (1998, 5 citations), established a blueprint for combining modular diode lasers with robotic arms and adaptive sensors, enabling real-time process control without prohibitive investment. This work has influenced subsequent research in adaptive manufacturing and sensor integration, bridging the gap between high-end laser technology and practical industrial deployment. Kugler’s achievements include advancing the democratization of laser material processing, with their sensor-based approach informing later developments in flexible automation. For students and researchers exploring accessible laser fabrication, Kugler’s work remains a foundational reference in cost-efficient, robot-integrated systems.