Patients go to one of our partner clinics with their latest radiographs. A 3D scan of their torso is taken using a standard scanner.

We use the radiographs and 3D scan to create the patient's own digital twin: a validated, personalized finite element model. With this, we can simulate how a brace will fit and correct the unique scoliosis curve, predict the patient's modulated growth, and get a sense of how comfortable it will be using metrics like skin pressure maps.

We use the patient's digital twin and our advanced algorithms to find the best brace shape for the patient, optimizing spine correction and comfort. The optimal brace will be as effective as possible while remaining easy to wear.

Our algorithms then add aeration lattices and custom features to the brace to maximize comfort and functionality. We 3D print the shape, assemble it, inspect it for quality, and finally ship the brace to our partner clinics so they can fit it on the patient and ensure its efficacy.