Abstract AI has a variety of applications in dental implants that generally lead to increased accuracy, reduced treatment time, and improved quality of results. These applications include digital scanning, computer-aided surgical planning, and the manufacture of high-precision custom prostheses. Specific AI Applications in Dental Implants Digital Scanning and AI Impressions allow dentists to create accurate 3D models of a patient’s mouth using digital scans. These models are used to design and manufacture high-precision custom implants and prostheses, eliminating the need for traditional impressions. Computer-aided Surgical Planning Using AI, implant surgery is planned more accurately. AI-based software can determine the ideal implant position based on the patient’s oral anatomy and help the dentist choose the best angle and depth of implantation. Custom implant and prosthetic manufacturing AI allows dentists to design and manufacture dental implants and prosthetics with greater precision. This leads to improved fit and function of the prosthetics and reduces the need for readjustments. Reduced treatment time Overall implant treatment time is reduced thanks to the high accuracy of digital scans and precise surgical planning. Reduced human error AI reduces human error during the treatment process by reducing the need for manual and traditional methods. Improved quality of life by reducing treatment time, reducing pain and discomfort, and improving aesthetic and functional outcomes, AI can improve the quality of life of patients. Diagnosis and prevention AI can diagnose oral and dental diseases earlier by analyzing medical data and radiographic images and help prevent more serious problems.

Dental implants optimization using artificial intelligence implant path design