Douglas Robertson

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About

Douglas Robertson is a leading innovator in oral and maxillofacial surgery, with a primary focus on advancing implant technology for complex rehabilitations. His most-cited work, "Dynamic navigation-guided robotic placement of zygomatic implants" (2024, 6 citations), represents a groundbreaking contribution to the field. In this study, Robertson assessed the feasibility and accuracy of a novel prototype robotic system for placing zygomatic implants in edentulous maxillary models, using cone beam computed tomography for precise planning. This research addresses a critical challenge in dental implantology—achieving stable anchorage in patients with severe maxillary bone loss—by integrating dynamic navigation with robotic assistance. Robertson’s work demonstrates his commitment to translating cutting-edge engineering into clinical practice, enhancing surgical precision and patient outcomes. Though early in its citation impact, this paper signals a transformative shift toward automation in implant surgery. Robertson’s contributions are particularly notable for their potential to reduce operative time and improve success rates in high-risk cases, solidifying his reputation as a pioneer at the intersection of robotics and maxillofacial reconstruction.