应用机器人与3D打印术行颌骨截骨与重建手术

Core Viewpoint - The successful implementation of a jawbone tumor surgery using a domestically developed oral bone surgery robot and precision 3D-printed jawbone guide plate marks a significant advancement in the field of jawbone resection and reconstruction, providing a more precise, efficient, and safer surgical model for patients with jawbone tumors and deformities [1][2][3] Group 1 - The surgical team at Qilu Hospital designed a precise 3D-printed guide plate and utilized digital technology for preoperative planning, which allowed for a successful simulation of the surgery [2] - The surgery involved the use of a robotic system for precise navigation and execution of the bone resection and reconstruction, achieving the desired surgical outcomes with high accuracy as confirmed by postoperative CT scans [2][3] - The integration of 3D reconstruction technology and robotic surgery represents a novel approach in the field, enhancing the precision of jawbone surgeries and marking a transition into a "digital intelligence" era for the oral surgery department [3] Group 2 - The patient, a 49-year-old female, required segmental resection of the mandible due to a tumor that had invaded the bone, necessitating reconstruction to restore form and function [1] - The surgery is noted as the first of its kind internationally, showcasing the innovative application of combining robotic and 3D printing technologies in clinical practice [3] - Qilu Hospital's oral surgery department aims to continuously innovate and develop advanced technologies to improve medical quality and contribute to the establishment of a national medical center [3]