ORTO PWA 804 Hyper-Extension Functional Corrective Corset

The ORTO PWA 804 Hyper-Extension Functional Corrective Corset offers a high degree of stabilization for the thoracolumbar spine. This advanced corset features a three-point fixation system and a movable lower panel, providing exceptional comfort and support. Its rigid frame construction allows for precise height and width adjustment, ensuring a personalized fit for each patient.

Key Features:

• Three-Point Pelotte System: The corset incorporates three strategically placed pelottes: thoracic, pelvic, and spinal. The thoracic pelotte utilizes a hinge joint for gentle rocking motion, while the pelvic pelotte integrates seamlessly into the movable lower panel. The spinal pelotte, secured with a reliable ratchet closure system, allows for adjustable compression.
• Adjustable Frame: The rigid frame provides robust support and can be adjusted to accommodate varying body sizes and shapes.
• Movable Lower Panel: This innovative design minimizes pressure on the hips and pelvis while sitting, enhancing comfort during prolonged use.
• Maximum Extension Positioning: The corset effectively positions the spine in maximal extension, relieving pressure and promoting healing.
• Load Redistribution: By transferring weight from the body to the vertebral processes, the corset significantly reduces strain on the thoracic and lumbar-sacral regions.
• Pathological Kyphosis Minimization: The ORTO PWA 804 helps to reduce the severity of pathological kyphosis.
• Comfortable Design: Soft padding ensures all-day comfort.
• Reliable Ratchet Closure: The secure ratchet closure mechanism guarantees a customized and stable fit.

Indications:

The ORTO PWA 804 is indicated for the treatment and stabilization of various spinal conditions, including:

• Stable compression fractures of the lower thoracic and lumbar vertebrae (T10-L2) without neurological symptoms (paresis, paralysis, or pelvic organ dysfunction).
• Adolescent idiopathic scoliosis (AIS) and Scheuermann’s kyphosis.
• Pathological fractures of the lower thoracic and lumbar vertebrae (T10-L2) due to osteoporosis or oncological conditions.
• Traumatic intervertebral disc rupture in the thoracic spine.
• Post-operative immobilization following thoracolumbar spine surgery (early and late stages).
• Spinal immobilization for various destructive processes.