Products

Description

Introduction

These knee pads are usually made of aluminum alloy or high-strength plastic, lightweight and strong materials. This design helps to gradually restore movement after a knee injury. The knee pads have hinges on both sides to adjust the knee’s range of motion (ROM). Such as setting the knee to bend or straighten only within a certain angle.

The support can reduce the burden on the knee and prevent secondary injuries. They can be used by athletes, recovering patients, or elderly people with knee problems. The Hinged ROM Knee Brace is suitable for all kinds of knee problems. For example, anterior cruciate ligament (ACL) injuries, meniscus tears, ligament sprains, and rehabilitation after knee surgery. The support can reduce the burden on the knee and prevent secondary injuries. They can be used by athletes, recovering patients, or elderly people with knee problems.

In addition to protection and support, the Hinged ROM Knee Brace helps the user gradually regain the movement of the knee. This progressive approach to recovery helps avoid overexertion and reduces the risk of re-injury.

These knee braces are also convenient to wear. Most knee braces have adjustable straps. That ensures it fits tightly around the knee and provides the best support.  The lining of knee braces is usually a soft material to increase comfort. It can reduce skin friction and discomfort.

Parameters of the Hinged ROM Knee Brace

Features of Hinged ROM Knee Braces

High Strength

One of the most vital aspects of hinged Range of Motion (ROM) knee braces is their high-strength construction, which is specifically designed to provide both durability and exceptional support during recovery. These braces are typically made from a combination of advanced materials such as medical-grade aluminum, carbon fiber, or reinforced plastics, all chosen for their ability to withstand significant forces while maintaining a lightweight profile.   The strength of the brace is especially important for individuals recovering from severe injuries or surgeries, such as ligament repairs, fractures, or total knee replacements. In these situations, the knee joint is often vulnerable, and the need for external support is paramount to ensure proper healing. The hinged design, in conjunction with high-strength materials, allows for targeted support to the knee’s key structures—such as the ligaments, tendons, and bones—while still allowing for a controlled range of motion.  The resilience of these materials also helps to protect the knee from further injury.

Anti-Slip Technology

In hinged Range of Motion (ROM) knee braces, anti-slip technology is a critical feature that significantly contributes to both comfort and functionality. This technology is specifically engineered to prevent the brace from shifting or sliding out of place during movement, which could otherwise compromise the support it provides to the knee joint. By keeping the brace securely in position, anti-slip technology ensures that the knee maintains proper alignment, even during active use. For users, this means that they can engage in various activities—such as walking, exercising, or performing daily tasks—without the constant need to adjust the brace. The stability provided by the anti-slip design helps enhance the effectiveness of the brace in promoting healing and recovery. With less worry about the brace slipping or causing discomfort, users can focus on rehabilitation and recovery with greater confidence and fewer distractions. This level of security also contributes to overall user satisfaction, as the brace works to provide consistent support throughout its use.

Advanced Chuck Mechanism

The advanced chuck mechanism is a key feature in hinged ROM knee braces, offering a high level of customization that makes the brace highly adaptable to individual patient needs. This mechanism allows healthcare providers to fine-tune the range of motion settings, enabling precise control over how much the knee can bend or extend. This is especially important in the rehabilitation process, where careful progression of mobility is necessary to avoid further injury and promote healing.  With the ability to adjust the range of motion, the advanced chuck mechanism helps ensure that the knee is not overstressed during recovery, which is crucial in preventing re-injury. Over time, as the knee heals, the settings can be gradually increased, supporting a step-by-step restoration of function.

Functions of Hinged ROM Knee Braces

Hinged Range of Motion (ROM) knee braces are vital orthopedic devices designed to support and stabilize the knee joint during recovery from various injuries and surgical procedures. These braces are particularly beneficial for individuals dealing with complex knee conditions, including ligament injuries and fractures.

One of the primary functions of hinged ROM knee braces is to provide robust support for ligament repairs, including Anterior Cruciate Ligament (ACL), Posterior Cruciate Ligament (PCL), Medial Collateral Ligament (MCL), and Lateral Collateral Ligament (LCL) injuries. These braces help maintain proper alignment and limit excessive movement, allowing for optimal healing.

Hinged ROM knee braces are also effective in managing tibial plateau fractures, which can be challenging to treat. By immobilizing the knee and protecting the fracture site, these braces facilitate recovery and reduce the risk of complications. They are equally beneficial for patellar tendon and osteochondral repairs, as they provide targeted support to alleviate stress on the affected areas.

Additionally, these braces assist in the recovery from condylar fractures and various sprains or strains of the knee, offering the necessary stabilization to promote healing. For patients undergoing High Tibial Osteotomy (HTO), hinged ROM knee braces play a crucial role in supporting the knee during the rehabilitation process, ensuring safe and controlled movement.