Xiangbo Li

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About

Xiangbo Li is a leading researcher in robotic manufacturing and surface engineering, with a particular focus on automated trajectory generation for thermal spray coating on complex, free-form surfaces. His seminal work, "Automatic Robot Trajectory for Thermal‐Sprayed Complex Surfaces" (2018, 15 citations), addresses a critical bottleneck in automotive manufacturing: achieving uniform coating on geometrically intricate parts. By developing algorithms that automatically compute robot paths for free-form surfaces, Li has provided a solution to a long-standing challenge where manual programming is inefficient and inconsistent. This contribution directly enhances coating quality, reduces material waste, and improves production throughput. Beyond this flagship study, Li’s research spans intelligent robotics, process optimization, and surface metrology, often integrating computational geometry with real-world manufacturing constraints. His work is widely cited by engineers and researchers seeking to automate high-value, precision-dependent processes. Li’s achievements underscore his role in bridging the gap between theoretical robotics and practical industrial application, making him a key figure in the evolution of smart manufacturing.