Extended Defort AFO
The Extended Defort AFO uses the same design as the standard model for the distal part of the orthosis. However, it features a polymeric extension that extends proximally up the calf. This model provides additional leverage length and control for those with maximum stabilization and control needs.
This design, which is effective in reducing pressure points that cause disruption to skin integrity, enhances patient comfort.
Posterior tibial tendon insufficiency
Ankle, subtalar, or midtarsal traumas
Additional support needed for obese patients
Stability requirement for genu varum or valgum
Tibialis posterior/anterior tendinitis
Paralytic equinus or drop foot
Talo-calcaneal valgus or varus
Severe pronation or pes planus
Charcot foot
Ankle arthritis/degenerative joint diseases
Related products
Closed AFO
DAFO
HKAFO
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Custom Fit & Adjustable Design: Features adjustable components and secure strapping systems to ensure optimal fit, comfort, and alignment across the hip, knee, ankle, and foot.
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Durable Construction: Made from high-strength lightweight materials for long-term wear and functional support.
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Joint Stabilization: Incorporates locking or adjustable knee and hip joints to control movement as needed for therapeutic or functional purposes.
Night Rest Afo
PTB Weight Bearing Orthosis
Static KAFO
Thoraco-Lumbo-Sacral Orthosis (TLSO)
- A custom-molded spinal orthosis designed to stabilize and support the thoracic, lumbar, and sacral regions. Its two-piece clamshell design provides rigid, circumferential control to manage a wide range of spinal conditions, from post-operative recovery to chronic instabilities, while ensuring patient comfort.
TWISTER
- A specialized orthosis designed to manage femoral rotational deformities, such as in-toeing or out-toeing. It consists of a pelvic belt connected to an ankle attachment via a flexible torsion cable, which applies a gentle, corrective force to control rotation of the femur during movement. This system helps guide the entire limb into a more neutral alignment throughout the gait cycle.




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