Raimund Loser

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About

Raimund Loser is a specialist in precision robotics and industrial metrology, whose research has focused on bridging the gap between high-accuracy measurement systems and automated manufacturing processes. His most significant contribution lies in the development of metrology-integrated robot control — a technique that combines laser tracker technology and photogrammetric orientation sensing to dramatically improve the positional accuracy of industrial robots in demanding production environments. Loser's landmark 2004 paper on metrology-integrated industrial robots, his most cited work with 20 citations, demonstrated how real-time measurement feedback could be embedded directly into robot control systems, enabling robots to meet the stringent tolerances required in aerospace manufacturing. This work was closely tied to the EU-funded ADFAST project, which sought to deploy industrial robots in low-volume, high-precision aircraft assembly — a formidable challenge he addressed in his 2003 paper on 6DOF metrology-integrated control. His later research extended these principles into real-time positioning and process optimization for modern composite materials such as carbon fibre reinforced polymers. Though operating in a specialized niche, Loser's work has meaningfully advanced the practical deployment of intelligent robotic systems in precision manufacturing, offering lasting methodological value to researchers and engineers working at the intersection of robotics, metrology, and industrial automation.