Carbon Fiber Ankle Foot Orthosis AFO Brace Exoskeleton Support Medical Export

Carbon Fiber Ankle Foot Orthosis AFO Brace Exoskeleton Support Medical Export
Details:
A carbon posterior leaf spring that is 30–50% lighter than polypropylene, flexes with the step and returns energy, and tunes stiffness through layup and trimline. Supplied to orthotic labs as the carbon component. Medical export.
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1. Core Advantages - Three Things the Carbon Leaf Does

It weighs far less than plastic. A carbon AFO runs 30–50% lighter than an equivalent polypropylene brace - less leg fatigue through the day.

It stores and returns the step's energy. The posterior leaf spring flexes at loading and springs back - that's the dynamic assist the brace is built around.

Its stiffness is tunable in the build. More layers = stiffer control; a posterior trimline = more flexible motion. One material, the behavior set in the layup.

Rinella Prosthetics & OrthoticsRinella Prosthetics & Orthotics

2. Parameter Table (Typical Values)

Parameter Typical value
Material Unidirectional carbon prepreg
Layers at ankle 3 – 4 (tunable)
Weight vs PP ~30 – 50% lighter
Stiffness control Layup count + trimline
Surface Smooth, wipeable
Form Leaf spring / footplate component

Typical industry values; layup and trimline set from the lab's stiffness target.

3. Customization - Made for the Orthotic Lab

Stiffness level tuned by layer count.

Trimline geometry to your brace design.

Footplate shape matched to the lab's fabrication.

Component form - leaf, strut or plate, as your assembly needs.

4. Company Advantages - Medical Component Export

Smooth, wipeable finish for the interface the lab bonds and lines.

Where we ship. Supplying [orthotics labs /brace fabricators] in [US / EU / Asia ].

Our boundary - stated plainly. We supply the carbon composite leaf and structural component. Patient fitting, clinical indication and device certification are the orthotic lab's responsibility.

5. FAQ

Q: Are these sold to patients? No - carbon components for orthotic labs and brace fabricators.

Q: How is stiffness chosen? By layer count and trimline; specify your stiffness target and we engineer the layup.

Q: How does carbon compare to polypropylene? Lighter, energy-returning, doesn't trap heat; at higher unit cost.

Q: Do you certify the finished brace? No - we supply the carbon part; certification belongs to the finished-device maker.

Q: Shipping time? Sample in 10-20 days; bulk quoted per destination.

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