This study aimed to test in practice the approach created for preparing and carrying out surgical procedures on the craniofacial region using the evaluated enhanced reality technology. Utilizing augmented reality glasses and the HoloDoctor program, a novel method of simulating implantological therapies in the maxillofacial region demonstrated a capacity to visualize the anatomical features of the implant placement area, allow the surgeon to thoroughly examine the intervention area before the procedure, and perform surgery under the conditions of the patient's actual anatomy. For example, the use of augmented reality directions allows us to practice operating on a virtual patient using phantom dummies (created using 3D printing) that are linked to holography in real time. It was done using computed jawbone tomography. After obtaining the lower jaw and antagonist impressions, plaster models were created using the impressions, which were then scanned. A 3D reconstruction of the jaw picture was done, a template was created, and implants were digitally placed with the aid of the planning application. 3D scanners are used for printing the template and the jaw model. The implants were placed into the plastic model following the template and the established procedure.
