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GRAFO is designed to improve knee and leg stability by using ground reaction forces during walking. It is ideal for individuals with weak knee extension or difficulty maintaining upright posture.
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A halo vest traction system designed to provide rigid, circumferential immobilization of the cervical spine. It is a standard of care for treating complex upper cervical spine fractures, such as odontoid fractures, by securing the head to the torso via a skull-mounted ring and a thoracic vest.
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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.
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A lightweight hip orthosis specifically designed for the management of Perthes disease. The Scottish Rite brace maintains the patient’s hips in abduction to ensure proper containment of the femoral head within the hip socket, while its free hip joints allow for flexion and extension to permit ambulation during treatment.
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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.
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A corrective orthosis designed to manage and correct bow-leg deformities (Genu Varum) and Tibia Vara, primarily in children. The splint holds both legs straight and parallel, applying a gentle, prolonged corrective force to guide proper limb alignment, typically during periods of rest or sleep.
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- A non-invasive spinal orthosis designed to provide rigid immobilization to the cervical and upper thoracic spine (CTO). The Minerva CTO stabilizes the head and neck, restricting motion to protect against further injury and promote healing after severe trauma or surgery.
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Ideal for lower limb weakness or paralysis. Stabilizes the knee, supports the ankle, and improves balance.
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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.
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An advanced, non-invasive halo traction system designed to provide rigid immobilization of the cervical spine without the use of skull pins. This pinless variant offers the stabilization of a traditional halo vest while aiming to eliminate common complications like pin-site infections and loosening, significantly improving patient comfort, safety, and quality of life during recovery.
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PTB orthosis redirects body weight from the foot and ankle to the patellar tendon area, reducing stress on lower limb joints and aiding rehabilitation.
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- A dynamic functional splint designed to compensate for muscle weakness in patients with radial nerve palsy. It supports the wrist in an extended position and provides dynamic assistance to extend the fingers and thumb, allowing for effective grasp and release and improving overall hand function.
- A dynamic functional splint designed to compensate for muscle weakness in patients with radial nerve palsy. It supports the wrist in an extended position and provides dynamic assistance to extend the fingers and thumb, allowing for effective grasp and release and improving overall hand function.
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A rigid, non-articulating Ankle-Foot Orthosis (AFO) designed for static positioning of the foot and ankle complex. It provides maximum sagittal control to hold the ankle at a desired angle, making it ideal for non-ambulatory patients or for post-operative protection. This orthosis is not intended for walking.
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