Shoulder Brace For Men And Women Rotator Cuff Brace Adjustable Shoulder Support Shoulder Sleeve Shoulder Compression Sleeve Prevention Dislocated AC Joint Labrum Tear Tendonitis

? RELIEF OF PAIN FOR BOTH RIGHT AND LEFT SHOULDER - shoulder brace Universal size suitable for men and women - rotator cuff brace Easy to set up and adjust without help, do not loosing during use -Provide optimal compression and stability -Perforated, shoulder support three layers design -Alow your skin to breathe - sholders support Confortable and protective with your skin ? SHOULDER BRACE CAN HELP: ? Speed up the recovery process ? Protect your shoulder from further injury ? Provide compression, which may enhance the shoulder brace receptors in your skin and help your brain better understand the position of your shoulder ? Help you during multiple stages in the rehabilitation process ? MOST SHOULDER PROBLEMS FALL INTO FOUR MAJOR CATEGORIES: ? Tendon inflammation (bursitis or tendinitis) or tendon tear ? Instability ? Arthritis ? Fracture (broken bone) ? Other much less common causes of shoulder pains are tumours, infection, and nerve-related problems Our shoulder brace fits most, but, before buying rotator cuff brace, we recommend that you check if you fit in the dimensions: Shoulder Brace for men women ? shoulder brace Arm size: 9 to 17 inches ? shoulder brace Chest size: 31 to 55 inches If for any reason you feel the shoulder sleeve is not working for you, please let us know and we will make it right for you. If you love shoulder brace, consider picking up an extra rotator cuff brace a friend in need, shoulder brace as a thoughtful gift. keywords: shoulder stability brace with pressure pad light and breathable neoprene support for rotator cuff dislocated ac joint labrum tear pain compression sleeve left right arm injury prevention stabilizer wrap immobilizer black tendonitis fracture bonus torn dislocation bursitis copper recovery highest content adjustable fit relief injuries one size regular or sprains belt hot ice pack arthritis strap kinesiology