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About

Wenyu Hui is a pioneering researcher in the field of robot-assisted craniomaxillofacial surgery, with a primary focus on enhancing the precision and safety of orthognathic and osteotomy procedures. Their major contributions center on demonstrating the feasibility and superior accuracy of robotic systems over traditional surgical guides, as evidenced by their most-cited work, "Error Analysis of Robot-Assisted Orthognathic Surgery" (2020, 22 citations), which established a foundational benchmark for robotic osteotomy in correcting dentomaxillofacial deformities. Hui further advanced the field by developing a collaborative control method that integrates force feedback and optical navigation, addressing critical gaps in intraoperative force information and surgeon intervention—a breakthrough detailed in their 2022 study (5 citations). Their comparative analysis of robot-assisted chin osteotomy (2022, 9 citations) underscored the technology’s stability and repeatability, positioning it as a transformative tool for tumor resection and functional reconstruction. With a growing citation impact, Hui’s work is shaping the next generation of surgical robotics, offering a compelling vision of safer, more accurate, and surgeon-friendly automated osteotomy.