T-Scope Hinged ROM Knee Brace_Universal
A Hinged Range of Motion T-Scope Knee Brace is a highly specialized orthopedic device designed to support and stabilize the knee joint after injury or surgery. The "T-Scope" refers to the Telescoping feature of the brace, allowing it to extend or shorten for a customized fit, while the Range of Motion (ROM) control enables precise adjustment of knee movement. Here's a comprehensive overview of its functions, uses, and features.
What is a T-Scope Hinged Range of Motion Knee Brace?
The T-Scope Hinged ROM Knee Brace is designed for post-operative recovery and rehabilitation following significant knee injuries or surgeries, such as:
- ACL, MCL, LCL, or PCL repair (ligament reconstruction surgeries).
- Meniscus repairs.
- Patella tendon surgeries.
- Total knee replacements.
SUGGESTED HCPC: L1832 and L1833
ORDER NUMBER: 917-T
SIZE: Universal
PRODUCT HIGHLIGHTS:
• Polycentric hinge allows controlled range of motion with easy to adjust pin stops
• Flexion/extension adjustments can be made in increments of 7.5°
• Calf and thigh plates conform to the leg with locking closure straps to help prevent brace migration
• Universal brace is easy
• Drop-lock style
INDICATIONS: Mild injuries of the meniscus mild instability, patellar retinaculum injuries, post op knee rehabilitation, mild sprains of the medial or lateral collateral ligaments.
SUGGESTED HCPC: L1832 and L1833
Categories: Knee
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Braces, while also used for stabilization, serve a slightly different function. They are more flexible than splints and are designed to provide support through compression rather than full immobilization. Braces are often used for ongoing support during recovery or for chronic conditions like arthritis. Constructed from materials such as neoprene, elastic, or cotton, braces may also incorporate metal components for added reinforcement, but their primary function is to allow controlled movement while preventing overextension or strain.
A splint is a medical device used to stabilize and protect an injured joint, bone, or soft tissue, helping to promote healing by restricting movement and preventing further damage. Splints can vary in rigidity based on the nature of the injury. Rigid splints are often made from materials like plastic, metal, or fiberglass, providing firm immobilization for more severe injuries such as fractures. Soft splints, on the other hand, are typically made from materials like foam or fabric and are used in cases requiring more flexibility, such as sprains or strains, where complete immobilization is unnecessary.