Ming Li

Harbin Institute of Technology, Tianjin University of Technology

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Total Citations

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About

Ming Li is a researcher working at the intersection of advanced manufacturing, biomedical engineering, and surgical robotics. His work spans two distinct but complementary domains: cutting-edge bioprinting technologies and minimally invasive surgical systems. Li's most influential contribution lies in the field of digital light processing (DLP)-based multi-material bioprinting, where his 2022 review synthesized rapid developments in 3D printing technology and its expanding applications across pneumatic robotics, flexible electronics, and tissue engineering — earning 63 citations and establishing him as a notable voice in the additive manufacturing community. This work highlights the transformative potential of DLP-based systems for fabricating complex, multi-material constructs with high precision and resolution. Complementing this, Li has also contributed to the development of vascular interventional surgery (VIS) robotics, proposing novel control methods aimed at reducing surgeons' prolonged exposure to harmful X-ray radiation during endovascular procedures — a meaningful step toward safer operating environments. Together, his research reflects a forward-thinking approach to merging smart fabrication techniques with clinical innovation, making his work highly relevant to students and researchers pursuing the future of biomedical technology and surgical automation.