AFO (Ankle-Foot Orthosis) Module
Move from plaster casting to a digital workflow: automatic mold and trim suggestions, clinician approval, repeatable quality.
Key Features
- Digital scanning
- Automatic mold preparation
- Guided trimline design
- Revision support
Automatic trim suggestion
Recorded revisions
Repeatable quality
From leg scan to AFO: let the system propose the trimline
Two things decide an AFO: the dorsiflexion angle and the trimline. Scroll to see how both come straight out of the measurement.
- 1Scan
- 2Analysis
- 3Design
- 4Production
Drag to rotate the model · Stages advance as you scroll
01 · Scan
Lower leg and foot scan
A single pass captures everything from the calf to the toes. The ankle angle is fixed at the moment of scanning.
- Scan time
- ~15 s
- Coverage
- Below knee – toes
Sample case data — for illustration
1. Scan — Lower leg and foot scan
A single pass captures everything from the calf to the toes. The ankle angle is fixed at the moment of scanning.
2. Analysis — Load distribution and angle measurement
The heel and metatarsal heads map as high pressure, the medial arch as an unloaded region. The dorsiflexion angle is computed across two axes.
3. Design — Posterior leaf spring AFO
The shell runs from the posterior calf around the heel down to the metatarsal line. The trimline is proposed automatically for the desired flexibility; the clinician can narrow or widen it.
4. Production — One-click production
The approved AFO is sliced and sent to the printer. Revisions are made millimetrically off the same scan.
Try the AFO module with your team
Let's plan a demo flow that will speed up your processes.