AI is moving from the conversation about dentistry into the dental practice, the bathroom, and the moment a child sees a radiograph. As of September 2026, dentists are using AI to examine images, verify insurance, explain clinical findings, and guide patients toward better brushing.
The numbers show a field in transition. According to a 2026 survey by the ADA’s Health Policy Institute, 43.3% of U.S. dentists already use AI for at least one task, while another 26.4% plan to use it in the future. What does that look like in practice? It ranges from clinical image analysis to smart toothbrush feedback and child-focused diagnostic support.
Dental Imaging Leads AI Adoption
Imaging and diagnostics represent the most common use of AI in dentistry, reported by 22.8% of dentists. Modern dental scanners can create detailed images of a patient’s teeth and mouth, then AI can analyze those images to spot cavities, bone loss, or early signs of decay.
That role gives AI a clear place in the clinical workflow: helping dentists review visual information and identify areas that need attention. The technology does not replace the dental visit, but it adds analysis to the images clinicians already use when examining oral health.
AI also reaches beyond diagnosis. A total of 13.6% of dentists use AI for insurance verification, while 13.2% use it to help explain clinical findings to patients. These applications connect practice operations with patient communication, giving AI a role before and during the conversation about dental care.
Treatment recommendations remain a different story. Fewer than 5% of dentists use AI to recommend treatment, and 82.6% say they have no plans to change that. The contrast is striking: dentists are adopting AI for imaging, explanations, and administrative tasks, yet treatment recommendations remain outside the plans of most practices.
AI Guidance Moves Into Daily Brushing
Royal Philips is bringing AI guidance into the home through the Philips Sonicare Next-Generation DiamondClean 9900 Prestige. The toothbrush uses on-device AI guidance and a light ring guidance system to help patients brush with greater confidence.
The 9900 Prestige uses third-generation AI and machine learning with spatially aware guidance. During a brushing session, it displays how well patients are brushing, while the 12-segment Sonicare Mouth Map on the toothbrush’s display indicates missed spots or confirms complete cleaning.
That feedback turns brushing into a guided process rather than a routine patients must judge on their own. The toothbrush offers eight modes, three intensities, and instant feedback through the light ring, giving patients several ways to adjust their sessions.
- It can remove up to 20 times more plaque than a manual toothbrush with an A3 brush head.
- Philips SenseIQ smart pressure sensors automatically adapt intensity when patients press too hard.
- Fluid pulses help remove plaque deep between teeth and along the gumline.
- A quieter motor supports a gentle-yet-effective clean, including in hard-to-reach areas.
The device also reflects attention to repairability and packaging. The 9900 Prestige has a redesigned encapsulation for battery replacement and repairability, and it comes in paper-based packaging. It is available in storm blue, quartz black, and silver white, with a rechargeable travel case and a luxury charging glass included.
Child-Focused AI Targets Earlier Detection
Hello Pearl’s Second Opinion for Kids brings AI-assisted diagnosis to pediatric dentistry. The paediatric-focused platform analyzes dental radiographs in real time to identify dental pathology, including early carious lesions.
The system supports clinicians in identifying pathology and monitoring areas requiring review in children from as young as four years old. That focus matters because earlier identification of developing disease can support timely preventive intervention and minimally invasive treatment.
Second Opinion for Kids also addresses the difficult communication moment that can surround dental imaging. Animated “Sugar Bugs” characters help communicate radiographic findings to children, turning a technical explanation into something designed for a younger audience.
Hello Pearl designed the platform to reduce dental anxiety, improve cooperation, and facilitate shared understanding among clinicians, children, and parents. The goal reaches beyond finding a problem on an image: it connects the finding with a conversation that children and families can understand.
Across dental practices, smart toothbrushes, and pediatric radiograph analysis, AI is taking on a growing set of focused jobs. It can examine images for signs of disease, support insurance verification, help explain findings, guide brushing pressure and coverage, and make dental information easier for children to grasp.
The next phase of dental AI will be shaped by where clinicians and patients choose to use it. The current pattern is already clear: adoption is strongest when AI supports diagnosis, communication, and daily oral health management, while most dentists remain unwilling to use it for treatment recommendations.
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