The Serola Sacroiliac Belt provides stability to the base of your spine, increasing strength throughout your back, hips, and legs, and lessening your chances of injury considerably during work or play.
Designed to compress and support the sacroiliac joints. 3" wide SI belt supports the sacroiliac joints relieving stress and instability. Breathable, moisture-wicking, and hypoallergenic.
For sizing, measure circumference around the hip.
Benefits:
Lightweight
Wear 24 hours a day
Breathable fabric
Can be worn over or under clothing
No buckles or hard areas
Can be worn during and after pregnancy
High risk occupations - builders, nurses, vets
Post-operative use
Wear at night to aid sleep
Urethane layer allows moisture wicking
Hypoallergenic
Grips the body - doesn't slip
Available in 4 sizes - small, medium, large and extra large
Hand washable (air dry)
Indications:
Back pain
Hip pain
Symphysis Pubis Dysfunction
Pelvic girdle dysfunction
Upper leg pain
Pelvic pain
Rehabilitation
Ligamentous remodelling
Correct joint biomechanics
The Serola Sacroiliac Belt provides stability to the base of your spine, increasing strength throughout your back, hips, and legs, and lessening your chances of injury considerably during work or play.
Designed to compress and support the sacroiliac joints. 3" wide SI belt supports the sacroiliac joints relieving stress and instability. Breathable, moisture-wicking, and hypoallergenic.
For sizing, measure circumference around the hip.
Benefits:
Lightweight
Wear 24 hours a day
Breathable fabric
Can be worn over or under clothing
No buckles or hard areas
Can be worn during and after pregnancy
High risk occupations - builders, nurses, vets
Post-operative use
Wear at night to aid sleep
Urethane layer allows moisture wicking
Hypoallergenic
Grips the body - doesn't slip
Available in 4 sizes - small, medium, large and extra large
Hand washable (air dry)
Indications:
Back pain
Hip pain
Symphysis Pubis Dysfunction
Pelvic girdle dysfunction
Upper leg pain
Pelvic pain
Rehabilitation
Ligamentous remodelling
Correct joint biomechanics