Papers
9
Total Citations
258
H-Index
7
About
Zenghui Xie is a leading researcher in robotic machining systems, with a particular focus on parallel kinematics, kinematic calibration, and the development of advanced machining robots for large-scale and complex structures. His work sits at the intersection of mechanical design, motion planning, and precision manufacturing, addressing some of the most demanding challenges in modern industrial robotics. Xie's most influential contribution — a kinematic calibration method for 5-axis parallel machining robots using dimensionless error mapping matrices — has garnered 89 citations, reflecting its broad adoption in the field. His research on G3-continuous toolpath smoothing for parallel-kinematic robots (53 citations) has significantly advanced surface quality and machining efficiency. Notably, Xie pioneered the CraftsRobot, a mobile hybrid robot enabling in-situ machining of large-scale structures, and contributed to robotic mirror milling technologies that are reshaping how industries approach large-component manufacturing. His earlier work on portable parallel robots like DiaRoM and driving system parameter optimization laid critical groundwork for compact, high-performance machining platforms. With a cumulative citation count exceeding 250, Xie's research has meaningfully shaped the trajectory of parallel and hybrid robotic machining, making him an influential voice in precision manufacturing engineering.
Research Focus
Key Achievements
Top Papers
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- 4Robotic mobile and mirror milling of large-scale complex structures28 citations · 2022
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