- Oversized
wide opening screw cap allows for easy fill pellet ice.
- 3 mm Plush
Compression Wrap with an innovative hook closure system.
- Allowing
for optimal ice casting compression around the body part.
- Two parts
work together as a system, which maximize cold.
The knee
device
The knee device is composed of two parts that work together as a system, which maximize cold and compression to deliver optimal cold therapy for knee pain and inflammation. Ice Cell Patented Air Release Patented Air Release Valve on the Ice Cell removes excess air, allowing for optimal ice casting compression around the body part. Over-sized wide opening screw cap allows for easy fill of the recommended nugget or pellet ice; crushed or cubed ice also provides cryotherapy benefit.
The
Hyperice Knee is an easy-to-use, portable two-part cryotherapy device
Combining a
plush neoprene wrap and ice cell with a patented air-release valve, the
Hyperice knee molds the ice to your knee perfectly for an optimal “ice
cast" treatment. Designed to treat and/or prevent: knee pain and
inflammation from strains/sprains, ACL/MCL/Meniscus strains or tears, patella
tendonitis (jumper's knee), and runner’s knee.
Technical
Specifications for the Compression Wrap:
3mm Premium
grade compression neoprene with plush finish. Non-restrictive design allows for
greater range of motion and mobility while icing. Provides optimal compression
while maintaining a comfortable fit Can also be positioned on the shin (shin
splints) and the calf (calf strains). Machine Washable.
Technical
Specification for the Patented Air-Release Valve Ice Cell:
Push-button
air-release valve enables maximum compression. Ultra-thin, durable cell
"skin" rapidly penetrates ice temperature to targeted area. Flexible
Ice Cell conforms to the body's contours for maximum coverage. Antimicrobial
cell "skin" prevents the growth of microbes (bacteria, fungi). Wide
mouth opening makes it easy to load ice. Anti-leak seal. Flange collar design
locks ice cell into place for stability. 8" X 8" icing surface area.