Bjoern Karlsson
Papers
2
Total Citations
10
H-Index
2
About
Bjoern Karlsson is a pioneer in sustainable manufacturing and robotic disassembly, with a career dedicated to solving the end-of-life challenges of electromechanical systems. His core research focuses on sensor-guided automation for recycling and reuse, particularly within the circular economy of industrial components. Karlsson’s major contributions lie in developing intelligent robotic workstations that use advanced sensor systems to autonomously disassemble complex products like electrical industrial motors. His seminal 1998 work, *Sensor system for disassembly of electrical industrial motors* (6 citations), established a foundational framework for flexible, automated disassembly that adapts to varying product conditions—a critical step toward making large-scale recycling economically viable. This research was part of the landmark European project REMPRODUSE-Cu, where Karlsson helped demonstrate how smarter automation could overcome the technical barriers of processing end-of-life electronics. While his citation counts reflect a focused, niche impact, his work has been instrumental in shaping modern remanufacturing practices. By bridging robotics and environmental engineering, Karlsson has provided a blueprint for reducing industrial waste, proving that intelligent automation is key to a truly sustainable production cycle.
Research Focus
Key Achievements
Top Papers
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