Remote monitoring and early detection: Scan My Teeth lets patients capture high-quality intraoral scans at home and securely share them with their dentist. This reduces unnecessary office visits, enables timely identification of developing issues, and speeds up interventions, making dental care more convenient, proactive, and cost-effective.
Accurate digital models and measurements: The app generates precise 3D tooth and bite models with detailed measurements that support diagnosis, treatment planning, and fabrication of appliances. Digital accuracy minimizes manual errors, improves communication with labs and specialists, and helps clinicians deliver predictable restorative, orthodontic, and surgical outcomes.
Enhanced patient engagement and progress tracking: Patients see clear visualizations of their oral condition and treatment progress, receive automated reminders and personalized feedback, and can ask questions between visits. Visual, timely information increases adherence to care plans, motivates behavior change, and strengthens patient-clinician collaboration for better clinical outcomes.
1. Limited diagnostic accuracy compared to clinical dental imaging: smartphone-based scans lack the resolution and controlled conditions of professional intraoral scanners and X-rays. This can produce distorted or incomplete models, risking misinterpretation, missed pathology, or inappropriate treatment recommendations if users or remote reviewers rely solely on app-generated images.
2. Privacy and data security concerns: dental images and personal health data uploaded to the app may be stored, processed, or shared with third parties. Weak encryption, unclear consent, or inadequate anonymization could expose sensitive information, violating patient confidentiality and regulations like HIPAA or GDPR depending on jurisdiction.
3. Usability and compatibility limitations: effective scanning often requires specific lighting, angles, steadiness, and higher-end camera hardware. Users with limited technical skill or older devices may produce unusable scans, leading to frustration or extra appointments. Accessibility and language support may also be limited, reducing usefulness for diverse patient populations.
