Lower Limb Prosthetic Socket Module
Create patient-specific socket geometry with digital modelling; every revision is millimetric and recorded.
Key Features
- Socket design
- Load analysis
- Shape optimization
- Version comparison
Digital socket design
Millimetric revisions
Load distribution analysis
From residual limb scan to socket: put the load where it belongs
Comfort in a prosthetic socket comes from loading the tolerant areas and unloading the sensitive ones. Scroll through the flow.
- 1Scan
- 2Analysis
- 3Design
- 4Production
Drag to rotate the model · Stages advance as you scroll
01 · Scan
Residual limb scan
The limb is captured in one session, recording every anatomical reference — tibial crest, fibular head and distal end included.
- Scan time
- ~12 s
- References
- 3 anatomical points
Sample case data — for illustration
1. Scan — Residual limb scan
The limb is captured in one session, recording every anatomical reference — tibial crest, fibular head and distal end included.
2. Analysis — Load-bearing and sensitive areas
The patellar tendon and popliteal region map as load-tolerant; the tibial crest and fibular head as pressure-sensitive. Where the socket grips and where it clears follows from this split.
3. Design — PTB socket with a variable trimline
The trimline varies by angle: below the patella at the front, low enough at the back to allow knee flexion, higher at the sides. Relief zones are embedded into the geometry.
4. Production — Production and version tracking
The approved socket is sliced and sent to production. When limb volume changes, a new version comes off the same flow and is compared with the previous one.
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