Olaf Dambon

Fraunhofer Institute for Production Technology IPT

Papers

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About

Olaf Dambon is a leading figure in the automation of high-precision surface finishing, a domain where manual craftsmanship has long been the only option. His research focuses on reconfigurable robotic systems designed to tackle the most demanding tasks in the mould and die making industry. Dambon’s major contribution lies in developing robotic solutions that can achieve the high surface quality and geometrical accuracy required for complex industrial components, effectively bridging the gap between manual polishing and full automation. His most cited work, "Reconfigurable Robotic Solution for Effective Finishing of Complex Surfaces" (2018, 21 citations), demonstrates how adaptive robotic platforms can handle intricate geometries, while his earlier studies, such as "Robotic finishing process – An extrusion die case study" (2015, 17 citations) and "Robot Assisted Manufacturing System for High Gloss Finishing of Steel Molds" (2012, 9 citations), provide foundational case studies that prove the viability of automated high-gloss finishing. By systematically replacing manual labor with precision robotics, Dambon’s work is helping to reshape modern manufacturing, making it faster, more consistent, and economically viable for industries that demand flawless surfaces.