S. Fahlbusch

Karlsruhe Institute of Technology, Carl von Ossietzky Universität Oldenburg

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About

S. Fahlbusch is a pioneering researcher in microrobotics and nanohandling systems, whose work has significantly advanced microassembly and precision manipulation technologies. His key research areas include flexible microrobotic systems, force sensing at the nanoscale, and high-precision robotics for scanning electron microscopes (SEMs). Fahlbusch’s major contributions center on the development of the MINIMAN system, a flexible microrobotic platform designed for fully automated microassembly of hybrid microsystems, which has garnered 36 citations for its foundational impact. He also introduced an AFM-based micro force sensor integrated with a haptic interface for nanohandling robots, enabling intuitive control at the nanoscale—a work cited 25 times. His microassembly station concept, with 20 citations, further advanced flexible, high-speed assembly processes. Notably, Fahlbusch proposed the “Laboratory in SEM” (LAB-in-SEM) concept, creating piezodriven manipulators for in-situ nano-material testing within SEMs, a breakthrough for high-precision positioning and handling. His achievements have shaped modern microrobotics, providing tools that bridge the gap between microsystem technology and robotics, and his work remains essential for researchers exploring automated microassembly and nanoscale manipulation.