Scoliosis Brace Design
Our upcoming module offering spine analysis and correction simulation is in development.
Key Features
- Spine analysis
- Brace design
- Correction simulation
- Treatment tracking
Coming soon
Waitlist
Pre-registration open
From torso scan to brace: make the curve visible
Scroll through the flow: radiation-free surface scanning, curve mapping, corrective brace geometry and production.
- 1Scan
- 2Analysis
- 3Design
- 4Production
Drag to rotate the model · Stages advance as you scroll
01 · Scan
Radiation-free torso scan
The torso surface is captured in a single session. The spinal line and rib hump are derived directly from surface topography.
- Scan time
- ~20 s
- Radiation
- None
Sample case data — for illustration
1. Scan — Radiation-free torso scan
The torso surface is captured in a single session. The spinal line and rib hump are derived directly from surface topography.
2. Analysis — Curve and rotation mapping
Thoracic and lumbar tangents are marked; lateral deviation and trunk rotation are measured together. The rib hump on the convex side stands out on the heat map.
3. Design — Brace built on the corrected axis
The brace is built against the targeted corrected axis rather than the existing curve. Pressure and relief zones are planned, with a front opening for donning.
4. Production — Production work order
The approved brace is sliced and sent to production. At follow-up visits, each new scan is compared automatically against the previous one.
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