Zengming Li

Nanjing University of Science and Technology

Papers

Total Citations

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About

Zengming Li is a prominent figure in the field of parallel robotics, with a focused expertise in high-speed, precision-driven mechanisms for industrial automation. His major contributions center on the design and analysis of novel parallel kinematic architectures, particularly for pick-and-place operations. His seminal 2010 work introduced a groundbreaking high-speed 2-DOF translational parallel robot, featuring an innovative passive mechanism derived from the singularity configuration of the 3-UPU platform. This design enables free translation along a circular path, achieving exceptional speed and accuracy for demanding manufacturing tasks. While his highly specialized work has garnered targeted citations, its impact is deeply felt in the robotics community, where it has informed subsequent developments in lightweight, agile manipulators. Li’s research bridges theoretical kinematics with practical engineering, offering elegant solutions to the challenge of balancing speed, workspace, and mechanical simplicity. His achievements underscore a career dedicated to advancing the fundamental principles of parallel robotics, making him a key reference for researchers and engineers seeking to push the boundaries of automated handling systems.