High Density Deep Tissue Massager for Muscle Massage and Myofascial Trigger Point Release Foam Yoga Roller
Product Description
High Density Deep Tissue Massager for Muscle Massage and Myofascial Trigger Point Release Foam Yoga Roller
33*14cm diameter , lightweight yet rugged EVA massage roller with triple grid 3D massage zones mimics the finger , palm , and thumb of a therapist's hands . Travel friendly at just 1 lb .
High density muscle roller is comfortable to use - making it easy for beginners , but still effective at penetrating the soft tissue layer of tired muscles . Soft enough to use while in pain from lower back injury , sciatica or plantar fasciitis.
One of the best recovery tools to treat muscle pain , increase performance and flexibility. Rolling before and after exercise sis part of a great stretching routine . Increases blood flow to massage site , flushing away stored lactic acid .
Stretch overworked and strained muscles of the leg , arms , and feet by rolling during your warm up and cool downs . Provides instant benefit to the hamstring , IT band , glutes , and calves by delivering superior massages at home or in the gym .
Loved by runners , Crossfit athletes , yoga and Pilates students , swimmers , physical or sports therapy patients , and those just doing a normal fitness workout . Great for the arch of the foot , and any part of the body but the spine or neck
Perfect addition to any workout routine
Your foam roller heals damaged soft tissue, increasing flexibility and range of motion, while reducing pain and soreness. Its compact size allows you to target specific muscle groups and pain points. Increase blood flow and circulation to your muscles and soft tissue before and after workouts. Enjoy therapeutic benefits like decreased recovery time from injuries and increased mobility. See the same benefits as a deep tissue massage - smoothing knots, removing adhesions and trigger points. Beginners and athletes alike see the same relief from sore muscles, sciatica, plantar fasciitis, back pain, shin splints, and reduction in scar tissue.