Following extensive data training, the neural network can automatically identify the orthodontic anatomical landmarks and structures, draw a lateral cephalic trace map, and easily obtain an accurate trace.

The overlapping maps of different treatment stages can be obtained accurately and quickly. The overlapping process conforms to the American orthodontic certification standard (ABO) and meets the diagnostic needs of doctors. Before and after diagnosis and treatment, the trace contrast intuitively shows the diagnosis and treatment effect, making doctor-patient communication smoother, and the sharing of orthodontic cases convenient for doctors.

Reconstruction of the curved surface tomography from 3D images is supported by automatic generation mode, manual setting mode and multi-layer superposition, which is convenient for real-time observation of the diagnosis and treatment of teeth and joints in the orthodontic process. It also allows observation of the fault section at any position to assist in the formulation of the diagnosis and treatment plan.

With the 3D model’s three views, two ways of adjustment and visual images, head adjustment is made simple and more accurate. The 3D model and three views can be adjusted in perfect synchronization. CT film is needed to satisfy all the basic operations of head shadow measurement.

Includes：Raysum, MIP, Emboss, Smart1, Smart2 and Smart3. Full coverage of the observation head shadow to measure all measurement points, users can, according to need, use different overlay methods to accurately trace points.