A clinical platform that allows orthodontists to monitor clear aligner treatment remotely using patient smartphone camera photographs with sub-millimeter AI computer vision.
Orthodontic treatment with clear aligners requires frequent progress checks, leading to patient compliance fatigue and unnecessary physical chair time.
Aligner AI empowers dental clinics to monitor tooth alignment, track bite registration, and flag poorly seating aligners remotely from smartphone photos.
Calibrating smartphone dental photographs with clinical precision under erratic home lighting and varied camera sensors:
Trained deep convolutional neural networks (CNNs) capable of segmenting individual teeth and comparing movement against treatment simulation models.
Developed CNN models trained on thousands of clinical orthodontic scans to extract 3D bite orientation from 2D photos.
Created an intuitive camera overlay that guides patients to capture ideal lighting, focal distance, and bite views.
Engineered WebGL-accelerated 3D teeth model viewer highlighting treatment tracking deltas in real-time.
Built compliance algorithms that notify orthodontists when an aligner tray loses contact before tooth tracking is compromised.
Ready to transform your vision into a scalable, high-performance product? Partner with our engineering and design team to launch your next breakthrough.
Start Your ProjectGet in touch with our team to discuss your requirements and receive a personalized proposal.
Share your requirements through the form below and take your business to new heights with us.
Get in touch with our team to discuss your requirements and receive a personalized proposal.
Suite 107, Anum Empire,
Shahrah-e-Faisal Karachi,
Pakistan