The ROM-Elbow Brace is a specialized medical device designed to provide controlled immobilization of the elbow joint. It is a crucial aid in the treatment of various elbow conditions, including medial and lateral epicondyle fractures, elbow dislocations, and for temporary immobilization following elbow arthrolysis. The thermoplastic construction allows for custom molding and precise fit, ensuring optimal therapeutic outcomes.
How to Use:
The ROM-Elbow Brace is typically applied and adjusted by a healthcare professional due to its specific nature. The brace is usually molded directly to the patient’s arm to achieve a precise and comfortable fit. It consists of two main sections (one for the upper arm and one for the forearm) connected by an adjustable elbow joint mechanism. Once molded and positioned, the orthosis is secured with straps to ensure controlled immobilization at the prescribed angle. Adjustments to the range of motion can be made by the professional as the patient progresses through rehabilitation.
Why to Use:
The ROM-Elbow Brace offers precise and adjustable immobilization for complex elbow conditions:
- Controlled Immobilization: Provides rigid and controlled immobilization of the elbow joint, which is essential for stabilizing fractures and dislocations, allowing for proper healing and preventing further injury.
- Medial and Lateral Epicondyle Fractures: Specifically indicated for the treatment of these types of elbow fractures, ensuring the fractured bones are held in optimal alignment for recovery.
- Elbow Dislocation Management: Offers stable immobilization after an elbow dislocation reduction, preventing re-dislocation and supporting ligamentous healing.
- Post-Arthrolysis Immobilization: Crucial for temporary immobilization following elbow arthrolysis (surgical release of a stiff joint), helping to maintain the corrected range of motion while the tissues heal.
- Adjustable Range of Motion: Many thermoplastic orthoses allow for incremental adjustments to the range of motion, enabling a progressive rehabilitation protocol as directed by a therapist.
- Custom Fit: The thermoplastic material can be heated and molded to the individual patient’s arm, providing a highly customized and comfortable fit that minimizes pressure points.
- Reduces Pain: By immobilizing the injured area, it significantly reduces pain and muscle spasms, enhancing patient comfort during the healing phase.
Recommended For: Patients diagnosed with medial or lateral epicondyle fractures, elbow dislocations, or those requiring post-operative immobilization after elbow arthrolysis.
Key Factors:
- Thermoplastic Construction: Made from a moldable thermoplastic material that can be customized to the patient’s anatomy for a precise fit.
- Controlled Immobilization: Provides rigid control over the elbow joint, often with adjustable goniometer hinges to set specific flexion/extension limits.
- Multi-Indicational Use: Used for epicondyle fractures, elbow dislocations, and post-arthrolysis immobilization.
- Secure Strapping System: Features multiple straps with hook-and-loop closures to ensure the orthosis remains securely in place.
- Padded Interior: Lined with comfortable, breathable padding to protect the skin and enhance patient comfort during prolonged wear.
- Made in Turkey
How to Care:
To maintain the hygiene and integrity of your ROM-Elbow Brace, regularly wipe down the rigid thermoplastic and metal components with a damp cloth and mild soap. Ensure all parts are completely dry before re-application. The soft padded liners are typically removable and can be hand washed in cold water with a mild detergent. Air dry the pads completely on a flat surface away from direct sunlight or heat sources. Do not machine wash, tumble dry, or iron any part of the orthosis. Avoid using harsh chemicals or abrasive cleaners that could damage the materials. Periodically check all screws and adjustable mechanisms to ensure they are secure and functioning correctly.
Material:
The ROM-Elbow Brace is constructed from materials chosen for their rigidity, customizability, and patient comfort:
- Thermoplastic Shells: The main forearm and upper arm components are made from medical-grade thermoplastic (e.g., polyethylene, polypropylene), which can be heated and molded for a custom fit.
- Adjustable Hinges: The elbow joint mechanism typically consists of durable metal (e.g., aluminum, stainless steel) hinges with goniometers to allow for precise control of flexion and extension.
- Padding: The interior of the shells and straps is lined with soft, breathable, and often moisture-wicking foam padding for comfort and skin protection.
- Straps: Multiple straps are made from durable nylon webbing with hook-and-loop fasteners (e.g., Velcro) for secure and adjustable closure.
- Connecting Hardware: Includes screws and rivets made from high-strength metals
