Lars Bager Christensen

Danish Technological Institute, Danish Meat Trade College

Papers

Total Citations

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About

Lars Bager Christensen is a robotics researcher whose work bridges automation, manipulation, and industrial processing. His primary research areas include robotic gripper design, soft object manipulation, and automated meat processing systems. Christensen’s most impactful contribution, "Robotic grippers for large and soft object manipulation" (2020), has garnered 27 citations and addresses critical challenges in handling deformable objects—a key problem in medical computing, healthcare robotics, and industrial automation. His work on the RoBUTCHER platform (2024, 8 citations) represents a novel approach to sustainable meat production, proposing a robotic Meat Factory Cell that reduces human labor in abattoirs through unconventional automation. Christensen’s earlier research on sparse point distribution models (2009, 4 citations) laid groundwork for computational efficiency in shape analysis. His contributions are particularly notable for tackling real-world industrial challenges, from healthcare to food processing, demonstrating how robotics can address labor shortages and sustainability concerns. With a focus on practical, high-impact applications, Christensen’s work continues to influence both academic research and industrial automation, offering scalable solutions for complex manipulation tasks.