We're excited to share what our AI models really do and what is controlled by human intelligence.
In over a decade of working with orthodontic software, we’ve never seen a “magic button” that truly creates a clinically valid treatment plan.
While a few platforms automatically create simulations for patient consults, those drafts are never ready for clinical use—they’re meant for engagement, not accuracy, and technicians often spend more time reworking them than building plans from scratch.
While we haven’t tested every solution on the market, maybe there is a solution which automatically creates a treatment plan - please introduce us - we will be happy to partner.
Now, to 3D Predict. We’ve automated routine, time-consuming and steps such as crown segmentation, axes positioning, tooth numbering and staging.
For example, our AI models detect teeth numbering with a very high accuracy —even in cases with missing teeth (see attached image: laterals are missing, canines moved into laterals positions, yet our AI still detected the canines correctly). Same is with crown segmentation - in most cases, even the most crowded - crown segmentation is done correctly. In most cases you only have to do quality control of crown segmentation, axes and tooth numbering—setup can take as little as five minutes, with AI doing the bulk of the work. Even for complex, crowded cases, we compared our algorithms against industry leaders (who had access to tens of millions of cases to train their models)—and ours outperformed them, especially with crowded or missing teeth. This level of accuracy prevents aligner-fit issues that can occur when crown and gingival segmentation isn’t precise or when a planner is fatigued and overlooks details (which happens from time to time).
