Ossur Flex OTS PCL Ligament Knee Brace : Right Small

Description

Ossur Flex OTS PCL Ligament Knee Brace The Ossur Flex OTS PCL Ligament Knee Brace is a fully adjustable orthopedic support designed to provide stabilization and hyperextension protection for the knee. Featuring Ossur's patented Total Support System, the Flex PCL is clinically proven to help expedite recovery and prevent re-injury after surgery by means of dynamic stabilization. Anatomically designed with Accu-trac Range-of-Motion (ROM) hinges and a heat-moldable carbon fiber frame, this ligament brace redefines OTS comfort. The Ossur Flex PCL's rigid exoskeleton captures the tibia, forming a brace-to-bone connection that completely stabilizes the knee while smoothly tracking the wearer's natural stride. This unique hinge design protects the knee from hyperextension without impairing normal range of motion, making it ideal for most moderate impact sports and activities. The low profile PCL capturing design combined with Ossur's gel fit condylar pads ensure the brace will not shift or migrate down the leg while in use, and the flexible, heat-moldable shell provides truly customized comfort. Offering a completely stabilized and comprehensive bracing system, the Ossur Flex PCL Knee Brace is the top of the line when it comes to correcting and relieving joint pain and instability. Receive clinical grade orthopedic support at an off-the-shelf price, order your Ossur Flex PCL Brace today from ActiveForever.com! Flex PCL Open Knee Brace Features: Supports ACL, MCL, LCL, PCL, rotary and combined instabilities Easy to use flexion and extension adjustments Designed for low to medium impact sports, moderate contact Accutrac ROM hinges track and conform to the user natural gait Gel Fit condylar pads provided added comfort, support and customized fit Open patella design accommodates post op dressings and edema Heat-moldable, carbon composite frame for a customized fit Flexible shell and adjustable tibial strap (ATS) allow for a comfort Constructed from non-corrosive material