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About

Arne Feldmann is a pioneering figure in the field of robotic microsurgery, with a primary focus on advancing cochlear implantation through precision engineering. His most significant contribution is the development and clinical validation of a complete system for robotic cochlear implantation (rCI), as demonstrated in his landmark 2017 paper (118 citations), which defined the surgical workflow and proved clinical feasibility. Feldmann’s work addresses the fundamental challenge of operating at scales beyond human capability, as highlighted in his highly cited "Instrument flight to the inner ear" study (107 citations), which established the rationale for image-guided robotics in microsurgery. A critical technical achievement is his extensive research on temperature management during robotic bone drilling, where he developed predictive models based on density distribution and real-time torque signals (cumulatively over 120 citations). His experimental studies on irrigation, interval drilling, and drill bit designs have directly enabled safer, minimally invasive procedures. By bridging the gap between engineering theory and clinical practice, Feldmann has laid the groundwork for a new standard in inner ear surgery, demonstrating that robotic systems can overcome the limits of human dexterity and perception in delicate microsurgical environments.