Hebei Maidike Medical Equipment Co., Ltd. is one of the leading manufacturers and suppliers of afo brace carbon fiber in China. If you're going to wholesale the newest afo brace carbon fiber made in China, welcome to get free sample from our factory. Customized orders are welcome.
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Brand |
MDK |
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Size |
M,L,XL |
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Specific Uses For Product |
Ankle fracture, postoperative rehabilitation, injury to the dorsum of the foot, immobilization for sprain |
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Use for |
Foot |
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Age Range (Description) |
Aldult |
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Color |
Black |
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Product Name |
Afo Brace Carbon Fiber |
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Distinguish |
Left Foot,Right Foot |
Product Advantages
Compared to traditional plastic (polypropylene) or metal ankle-foot orthoses (AFOs), carbon fiber AFOs represent a qualitative breakthrough in terms of biomechanics and user experience:
Ultra-lightweight design for effortless wear
Carbon fiber composites have a much lower density than metals yet achieve equivalent strength with wall thicknesses as thin as 1.2–2.5 mm. A single orthosis typically weighs only 100–200 grams, significantly reducing the energy expenditure required during the swing phase and greatly improving patient willingness to wear the device daily.
Dynamic energy storage and gait assistance
Leveraging the high elastic modulus and shape-recovery capabilities of carbon fiber, the orthosis stores energy during the stance phase and releases propulsive force during toe-off. This "energy return" effect compensates for the weak push-off associated with foot drop, resulting in a more natural and less strenuous gait, while also improving walking speed and endurance.
Precise control to optimize the gait cycle
Stiffness is tuned through unique laminate layering designs; this provides the dorsiflexion assistance needed for toe clearance during the swing phase while allowing controlled ankle dorsiflexion and plantarflexion during the stance phase. This mimics the natural "rocker" motion of the physiological ankle, thereby reducing compensatory pelvic hiking and circumduction gait.
Exceptional Durability and Fatigue Resistance
Carbon fiber materials offer a fatigue life exceeding millions of cycles, far surpassing traditional plastic orthotics that are prone to stress cracking. They are corrosion-resistant and impervious to sweat; they do not deform or lose performance over long-term use, thereby reducing replacement frequency and total costs.
Ultra-thin, Lightweight, and Discreet
The slim in-shoe profile fits into standard footwear-unlike bulky plastic orthotics that require specially made, wide shoes-balancing functionality with aesthetic appeal. This makes them particularly suitable for active individuals who are conscious of their appearance.
Enhanced Proprioception and Comfort
Elastic responsiveness allows the orthosis to micro-flex under load rather than acting as a rigid barrier. This dynamic support aligns better with the body's natural movement, reducing shear forces and localized pressure points, resulting in superior comfort during prolonged wear.
Product Applicability
Carbon fiber ankle-foot orthoses (AFOs) are suitable for individuals with mild to moderate impairments-resulting from neurological, muscular, or skeletal system dysfunction-who require dynamic ankle support; they are particularly appropriate for community-dwelling individuals who retain some walking ability.
1. Neuromuscular Indications
Hemiplegia/monoplegia due to stroke sequelae, traumatic brain injury, or cerebral palsy: Characterized primarily by swing-phase foot drop and mild varus deformity; patients exhibit an Ashworth muscle tone grade of 2 or lower and possess some active hip and knee flexion capability.
Incomplete spinal cord injury: Lower extremity muscle strength of grade 3 or higher; dynamic ankle assistance is required to achieve functional ambulation.
Peripheral nerve injury: Foot drop caused by common peroneal nerve injury; no significant fixed ankle contracture (or contracture has been corrected).
Progressive neuromuscular disorders: e.g., Charcot-Marie-Tooth disease; energy-storage design compensates for insufficient ankle dorsiflexion and plantarflexion strength, thereby extending walking endurance.
2. Musculoskeletal Dysfunction
Ankle instability or ligamentous laxity: Provides dynamic medial-lateral restraint to prevent recurrent sprains without excessively restricting sagittal plane motion.
Post-traumatic or post-operative recovery: Following Achilles tendon repair or internal fixation of fractures; facilitates early weight-bearing under protection and restores natural ankle motion trajectories.
Control of knee hyperextension (genu recurvatum): Utilization of anterior-shell or ground-reaction force (GRF) carbon fiber AFOs; posterior-directed force applied to the proximal tibia helps control knee hyperextension during the stance phase.
3. Activity Level Requirements
Suitable for community and light outdoor walkers (typically MFAS or K-levels 2–4); requires existing or recovering ability to walk independently indoors and outdoors.
Not suitable for individuals with fixed contractures, severe spasticity, ankle arthrodesis (bony fusion), or an inability to stand.
Product Features
This carbon fiber ankle-foot orthosis (AFO) integrates sports biomechanics analysis with advanced composite manufacturing techniques, featuring the following design highlights:
Utilizes high-strength T300/T700 grade unidirectional and woven carbon fiber prepregs. Layup angles and thicknesses for specific zones are determined based on individual gait analysis to achieve targeted stiffness-providing forefoot elasticity, moderate ankle support, and rigid proximal support for the lower leg-truly realizing "customized structural performance."
Posterior elastic strut:A classic drop-foot design offering gentle resistance to plantarflexion, toe-lift assistance during the swing phase, and excellent energy storage capabilities.
Anterior elastic shell: Provides anterior tibial support and utilizes ground reaction forces to control knee hyperextension, promoting gait symmetry.
Full-contact spiral design: Wraps around the lower leg and foot to provide multi-planar control; suitable for managing mild varus or valgus deformities.
Dynamic gait assistance: Features an extended forefoot strut to enhance energy storage and return during the push-off phase, ideal for users with higher activity levels.
With a wall thickness of only 1.2–2.5 mm, the orthosis is precision-molded to the anatomical contours of the arch and lower leg, ensuring even pressure distribution. The section fitting inside the shoe is ultra-thin, allowing for seamless integration with most athletic and dress shoes without requiring mismatched shoe sizes.
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The inner layer features a microporous, breathable, and shock-absorbing pad that wicks sweat and prevents slipping, thereby minimizing friction caused by micro-movements. Equipped with an easy-to-adjust Velcro strap, it allows for one-handed donning and doffing, enabling independent use by individuals with reduced strength.
Integrates three key functions-energy storage and return, ankle dorsiflexion assistance, and smooth rolling transition-to ensure fluid tibial advancement during mid-stance and powerful propulsion during toe-off, effectively replicating the natural ankle joint dynamic curve.
The stiffness of the posterior elastic plate can be fine-tuned by slightly trimming the distal end or applying localized heat (performed by a technician), allowing for a semi-custom fit that adapts to the patient's progress. The entire unit is resistant to temperature fluctuations, humidity, and UV radiation, ensuring long-lasting durability.
Product Specifications
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Size |
Ankle circumference(cm) |
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M |
27-31 |
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L |
32-35 |
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XL |
36-38 |
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