Clean teeth and examine oral areas, head, and neck for signs of oral disease. May educate patients on oral hygiene, take and develop x rays, or apply fluoride or sealants.
15 of 17 tasks have some AI capability
Exposure Trend
This score reflects estimated AI technical capability for tasks in this occupation. It does not predict employment changes, and it does not account for company-specific constraints, regulation, or adoption barriers.
Record and review patient medical histories.
AI: Fully automatable - Recording and reviewing medical histories can be fully automated with speech-to-text, EHR integration, and AI summarization/flagging tools available by 2025.
Chart conditions of decay and disease for diagnosis and treatment by dentist.
AI: Fully automatable - AI tools can identify decay/disease on images and generate charted findings for dentists to review, effectively performing the documentation component.
Maintain patient recall system.
AI: Fully automatable - Maintaining patient recall systems is administrative and can be fully automated by AI integrations with EHRs for reminders, recall lists, and scheduling workflows by 2025.
Examine gums, using probes, to locate periodontal recessed gums and signs of gum disease.
AI: Partial - AI can interpret probe measurement data or imaging to identify periodontal pockets, but cannot perform the manual probing itself.
Feel and visually examine gums for sores and signs of disease.
AI: Partial - AI can detect visual signs of disease from photos or scans, but it cannot perform the tactile aspect of feeling gums for lesions or consistency.
Expose and develop x-ray film.
AI: Partial - AI can automate digital radiography capture/processing and control film-developing equipment, but reliably positioning sensors/exposing film and all film handling remains a largely manual task.
Maintain dental equipment and sharpen and sterilize dental instruments.
AI: Partial - AI can schedule, monitor, and control sterilization equipment and provide maintenance guidance, but cannot generally perform hands-on maintenance or instrument sharpening autonomously.
Provide clinical services or health education to improve and maintain the oral health of patients or the general public.
AI: Partial - AI can fully provide health education and preventive advice at scale, but cannot deliver hands-on clinical services, so the overall task is only partially automatable.
Apply fluorides or other cavity preventing agents to arrest dental decay.
AI: Partial - Applying topical fluorides is a hands‑on clinical procedure that AI can plan and guide but cannot generally perform autonomously in routine practice as of 2025.
Administer local anesthetic agents.
AI: Partial - Administering local anesthetic requires invasive, hands‑on injection and clinical judgment; AI can support dosing/decision and robotic assistance is limited, so only partial automation is realistic in 2025.
Remove excess cement from coronal surfaces of teeth.
AI: Partial - Removing excess cement is a dexterous intraoral task that AI can instruct or guide imaging/robotics for, but widespread autonomous execution is not established by 2025.
Conduct dental health clinics for community groups to augment services of dentist.
AI: Partial - AI can organize, educate, triage, and augment community dental clinics but cannot fully replace the on‑site clinical services and hands‑on care provided by clinicians as of 2025.
Remove sutures and dressings.
AI: Partial - Suture and dressing removal is a low‑complexity manual procedure where AI can provide guidance and decision support but cannot reliably perform the physical task autonomously in routine settings by 2025.
Place and remove rubber dams, matrices, and temporary restorations.
AI: Partial - Placement and removal of rubber dams, matrices, and temporary restorations are manual, technique‑sensitive procedures that AI can assist with but not fully execute autonomously in common practice by 2025.
Make impressions for study casts.
AI: Partial - Making impressions can be partly automated via intraoral scanning and AI processing, but acquisition typically still requires a human operator, so only partial automation is available in 2025.
Clean calcareous deposits, accretions, and stains from teeth and beneath margins of gums, using dental instruments.
AI: Not automatable - Scaling and debridement require fine manual dexterity and tactile feedback that AI cannot physically provide in routine clinical settings.
Feel lymph nodes under patient's chin to detect swelling or tenderness that could indicate presence of oral cancer.
AI: Not automatable - Palpation of lymph nodes is a hands-on, tactile clinical exam that AI cannot perform.