Abstract: Objective:?To explore the digital dynamic jaw position transfer and dynamic bite adjustment methods for patients undergoing fixed denture restoration with edentulous jaw implants.Methods:?Four to six implants were implanted in edentulous patients, and traditional methods were used to create temporary restorations immediately after surgery. Four to six months after implantation, cone beam CT, stereophotogrammetry, intraoral scanning, and mandibular movement trajectory recording were performed on the patients. These data were aligned in the design software to obtain the horizontal and vertical jaw position relationship of the temporary restoration, three-dimensional implant position information, soft tissue information, and three-dimensional data of the virtual trial occlusal frame. Combining personalized mandibular movement parameters with virtual dynamic bite adjustment to complete the final restoration. Results:The patient's final restoration achieved good occlusal contact in both centric and lateral positions. The components of the oral and maxillofacial system, such as occlusion, jaw position, temporomandibular joints, and masticatory muscles, achieved functional coordination. Conclusions:The application of digital workflow enables accurate impression production for fixed dental restorations, replicates the dynamic jaw position relationship of temporary restorations, and dynamically adjusts the bite of formal restorations. This approach optimizes the occlusal adaptability of the restoration and reduces clinical adjustment time.