Manxin Wang

Nanjing University of Science and Technology

Papers

Total Citations

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About

Manxin Wang is a leading researcher in the field of robotics, with a primary focus on the design, stiffness analysis, and accuracy synthesis of parallel and hybrid robotic mechanisms. His work is particularly significant for on-site machining of large components, where robotic precision is paramount. Wang’s most cited paper, "Stiffness Analysis of a 4-DOF Hybrid Robot" (2011), has garnered 11 citations and laid foundational insights into the structural rigidity of hybrid robots. His recent contribution, "A novel approach for geometric accuracy synthesis of three degrees of freedom parallel mechanism" (2025), addresses a critical challenge: ensuring the end accuracy of 1T2R parallel mechanisms used in high-stakes industrial environments. Additionally, his work on trajectory planning for a 4-R̅R̅(SS)₂ high-speed parallel robot (2022) introduces innovative motion strategies for single moving platform structures, offering advantages over traditional dual-platform designs. With a career spanning over a decade, Wang’s research directly impacts the development of more precise, efficient, and reliable robotic systems for manufacturing and assembly, making him a key figure in advancing parallel robotics for real-world applications.