Genu Arexa

The 50K13 Genu Arexa knee orthosis is intended for treatment and rehabilitation following meniscus and ligament injuries. It stabilises the knee and allows the movement of the knee joint to be limited.

High level of functionality and innovative design

In Order to meet the standards for a modern fitting orthosis, a high level of functionality and an innovative design were key factors in the development of the Genu Arexa orthosis. The orthosis adapts to the contours of the patients leg when the straps are tightened. An optimum fit results in a high level of wearer comfort and supports rehabilitative success.  Thanks to its light-weight and skin-friendly materials, the Geenu Areza can be worn for extended periods of time. With its slim design, the orthosis is barely noticable underneath clothing and does not restrict the range of motion more than necessary. the intelligent padding solutions used, ensure optimum pressure distribution and protects sensitive parts of the knee against excessive strain.

At a Glance 

• Treatment of cruciate and collateral ligament injuries
• Relief after meniscus reconstructions
• High level of functionality
• Innovative design
• High level of wearer comfort

 Intelligent solutions in detail

The Genu Arexa features easy handling: the patient or carer can easliy donn and doff the orthosis in a few easy steps. The innovative Click 2 Go system allows orthotists to set the movement limitation range prescribed by the orthopaedic consulant without the use of tools.

Indications

• Severe and / or complex laxities and / or severe feeling of instability
• Stabilisation after rupture and reconstruction of the anterior or posterior cruciate ligament (ACL, PCL) or the collateral ligaments (MCL, LCL)
• Chronic cruciate ligament instability (ACL, PCL)
• Functional conservative treatment of collateral ligament injuries
• Stabilisation / movement limitation after meniscus surgery

Genu Arexa received the highest offical design commendation in the fedral republic of Germany, The Golden Design Award 2008