BioLign3D
AI-powered desktop software that segments teeth, processes meshes, and generates biomechanically optimized treatment plans. Built for orthodontists who want clinical control without the manual grind. Currently in development.
Features
Deep learning models automatically identify and segment individual teeth on 3D intraoral scans, dramatically reducing the time spent on manual landmarking.
Automated mesh repair, boundary smoothing, hole filling, and defect removal. Production-grade mesh manipulation without manual cleanup.
Treatment plans built on the BioLign Method, delivering ~90% treatment predictability. BioLign Method integration is currently in development.
Built in C++ for performance. Runs on Windows with full GPU acceleration for real-time 3D rendering of complex dental meshes.
Import STL or OBJ files from any intraoral scanner. No proprietary formats, no hardware lock-in. Works with iTero, Trios, Medit, and more.
A guided clinical workflow that works the way you think. Adjust tooth movements, staging, and parameters to match your methodology.
Workflow
Import your intraoral scan in STL or OBJ format. Drag and drop.
Deep learning segments each tooth. The mesh is automatically repaired and the model prepared for planning.
Create your biomechanically optimized treatment plan. Review, adjust, and approve. BioLign Method integration coming soon.
AI Tooth Segmentation
Deep learning models identify and segment individual teeth on your 3D scan automatically. What traditionally requires tedious manual landmarking happens in seconds.
Treatment Planning
Visualize and adjust tooth movements in real time. Set rotation, torque, tip, and translation for each tooth individually with collision detection built in.
Mesh Processing
Raw intraoral scans come with noise, holes, and artifacts. BioLign3D processes and repairs meshes automatically so you start planning on clean geometry.
Model Preparation
Place bite turbos and attachments directly on the 3D model with full gizmo controls. Load pre-built configurations or position them manually with exact precision.
Watch our demo to see AI-powered segmentation and treatment planning in real time.