Recommended for:
-
Dorsiflexion weakness with mid-foot deviations with knee flexion stability intact.
-
Tiptoe walking
-
Knee hyperextension due to plantarflexion
Not recommended for:
-
Knee flexion instability / crouch gait pattern
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Recommended for:
Dorsiflexion weakness with mid-foot deviations with knee flexion stability intact.
Tiptoe walking
Knee hyperextension due to plantarflexion
Not recommended for:
Knee flexion instability / crouch gait pattern
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A dynamic orthosis designed for the treatment of developmental hip dysplasia in infants. It promotes healthy hip joint maturation by holding the hips in the optimal therapeutic position of flexion and abduction, often referred to as the “seated squat” or “frog-leg” position. This mimics the natural pre-birth position, creating the ideal conditions for the hip socket (acetabulum) to develop correctly around the head of the femur.
The Pectus Carinatum Brace is a non-surgical orthopedic device designed to correct protrusions of the chest wall commonly associated with pectus carinatum (also known as pigeon chest). It applies gentle, consistent pressure to the sternum and rib cage to gradually realign the chest structure over time. The brace is adjustable, ensuring a customized and comfortable fit for different body types. It is most effective when used during adolescence while the chest wall is still flexible.
Adjustable Straps: Designed with Velcro fasteners for precise fitting, allowing flexibility to accommodate leg swelling or size variation
A static splint designed to maintain the hand, wrist, and fingers in a neutral therapeutic position. It is used to manage muscle spasticity and prevent contractures in neurological conditions.
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.
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