AI and robotics integration in dentistry

Artificial intelligence is shifting dental practice from basic data documentation toward data-driven medical knowledge. Algorithms are increasingly capable of analyzing X-rays to identify minute caries lesions that may be difficult for human practitioners to detect. While this technology provides a standardized second analysis to increase objectivity, experts emphasize that it does not function as an autopilot; the responsibility for medical classification and therapeutic decisions remains with the dentist.

This technological shift enables earlier risk detection and more precise prognoses by integrating data from digital X-rays, intraoral scanners, and electronic patient records. However, the increased ability to detect findings has introduced new clinical questions regarding whether early lesions require immediate treatment or should be managed through observation.

Recent developments have introduced the concept of ‘Stomatology 4.0,’ characterized by the integration of AI, robotics, and digital design tools to reduce procedure times and clinic visits. Innovations include robotic systems designed to prepare teeth for ceramic veneers; researcher Dr. Giorgi Iliev noted that such a system can be “five times more precise than a human hand.” These robotic trajectories allow laboratory work to be completed before a patient arrives, potentially eliminating traditional impressions and long waiting periods.

The economic scale of this transition is significant, with the dental AI market valued at approximately $1.3 billion in 2025 and projected to grow fivefold by 2033.