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Dr. Wenfeng Xia is a pioneering researcher at the intersection of medical robotics and soft actuation, with key contributions to fetal surgery safety, soft robot control, and intrinsic force sensing. His landmark work on haptic guidance using all-optical ultrasound distance sensing (2018, 17 citations) introduced a novel method to enhance precision and safety in minimally invasive fetal surgery, enabling surgeons to intervene earlier in gestation to correct congenital disorders. This innovation directly addresses critical challenges in delicate intrauterine procedures, potentially saving lives and improving long-term outcomes. More recently, Dr. Xia developed a pneudraulic actuation method (2024, 9 citations) that combines pneumatic and hydraulic principles to achieve unprecedented precision and speed in soft robots—a breakthrough with direct implications for reducing complications and operational times in medical robotics. His work on fluidic multichambered actuators with multiaxis intrinsic force sensing (2024, 3 citations) further advances soft robot safety and controllability by embedding force feedback directly into compliant structures. With a growing citation impact, Dr. Xia’s research is shaping the future of safer, more dexterous robotic systems for clinical and industrial applications.