David Dean

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About

Dr. David Dean is pioneering the integration of robotics and personalized medicine in craniomaxillofacial (CMF) surgery. His research focuses on developing automated, point-of-care manufacturing workflows for patient-specific surgical hardware, particularly fixation plates used in complex reconstructions following trauma or cancer resection. Dean’s major contribution addresses a critical clinical bottleneck: while 3D-printed personalized plates exist, surgeons often resort to manual bending by eye due to time constraints. His work introduces robotic bending and manufacturing systems that can produce custom-fitted hardware rapidly at the point of care, eliminating the need for intraoperative guesswork. His 2023 paper on robotic point-of-care manufacturing of maxillofacial graft fixation hardware has garnered 8 citations, while his 2024 study on robotic bending of CMF plates (4 citations) demonstrates the feasibility of automating this traditionally manual skill. Dean’s innovations promise to reduce surgical time, improve implant fit, and enhance patient outcomes in time-sensitive reconstructive procedures. His research sits at the intersection of biomedical engineering, robotics, and surgical planning, offering a scalable solution for personalized hardware fabrication that could transform standard practice in maxillofacial surgery.