Chuangcun Pan

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About

Chuangcun Pan is a researcher whose work centers on medical robotics, with a particular focus on improving the precision and safety of venipuncture procedures. His key research areas include robotic needle insertion systems, force analysis in soft tissue interactions, and the development of automated medical devices for clinical applications. Pan's major contribution lies in his pioneering investigation of misalignment forces during needle insertion into blood vessels—a critical yet underexplored factor affecting venipuncture success rates. His 2017 study, "A robotic system for investigation on mis-alignment force of needle and vein needle insertion into blood vessel," has garnered 5 citations, establishing a foundational understanding of the mechanical interactions between needles and vascular tissues. This work is notable for being the first systematic attempt to quantify and model the forces involved in misaligned needle insertions, a crucial step toward developing high-precision robotic venipuncture systems. Pan's research directly addresses the challenge of achieving consistently high success rates in one of medicine's most routine procedures, potentially reducing patient discomfort and complications. His findings serve as a vital reference for engineers and clinicians working on next-generation automated blood-drawing technologies.