Xishuang Jing

Papers

Total Citations

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About

Xishuang Jing is a rising innovator in advanced manufacturing and soft robotics, whose work bridges the gap between additive manufacturing and flexible manipulation. His research focuses on two key areas: support-free 3D printing and rigid-flexible coupled continuum manipulators. In his highly cited 2022 paper on robotic 3D printing, Jing introduced a novel system based on FDM technology that enables the fabrication of complex models without traditional support structures, addressing longstanding limitations of step effects and material waste in 3-axis printing. This work, garnering 25 citations, has significant implications for cost-effective, on-demand manufacturing. Concurrently, Jing’s exploration of continuum manipulators with rigid-flexible coupling structures (22 citations) tackles the stiffness challenges in pneumatic-driven soft robots. By integrating rigid elements, his design enhances load-bearing capacity while preserving the dexterity needed for minimally invasive surgery, search and rescue, and detection tasks. His contributions are pivotal for advancing practical, high-stiffness soft robotic systems. Jing’s research not only pushes the boundaries of fabrication efficiency but also expands the functional capabilities of robots in delicate, real-world environments, marking him as a promising figure in mechanical and robotic engineering.