Short Description
Med Spec Gripper Hinged Knee Brace has an easy-to-apply wraparound design that provides medial and lateral stability. Resists downward migration.
The Med Spec Gripper Hinged Knee Brace provides effective medial - lateral ligament support for a variety of different knee injuries including meniscus tears, arthritis, ligament sprains, and knee strains. It can be used as part of an injury recovery program or for general sports protection as well. The Gripper knee brace features metal hinges on the sides to resist hyperextension and has a unique, tacky Skinlok patch over the calf that grabs onto the calf muscle to resist downward brace migration. The MedSpec Gripper knee brace features an open popliteal cutout behind the knee for greater comfort, and a wraparound design for quick, easy fitting.
Med Spec Gripper Hinged Knee Brace Features:
- Internal Skinloc patch grips onto the calf muscle and inhibits the brace from sliding down the leg; This brace stays in place
- Available in standard 3/16" neoprene or breathable CoolFlex material - a polyester blend
- closure straps are made of quality woven elastic and high grade woven nylon material for numerous applications without fraying or losing closure strength
- Hinge pockets are reinforced on the inside with ballistic nylon material which protects the stitching from the stainless steel hinge from poking through. Excellent durability
- Open popliteal space behind the knee prevents material bunching up during flexion of the knee to improve comfort
- Posterior belt loops maintain outer closure straps in their proper position during wear and allows for ease of application
- Bilateral design - Fits right or left knee
- US manufacturing for higher quality control standards
- Available in eight sizes - See SIze & Fit tab for sizing chart and measurement/fit help
- Color: Black
Recommended Manufacturer HCPC: L1820
The Medspec Gripper hinged knee brace may be used to treat:
- MCL/LCL sprains
- Meniscus tears
- Sports participation
- Prevention of knee extension during walking