FUTURO Night Relief Wrist Stabilizer, 1 ea

Experience peaceful nights with the FUTURO Night Relief Wrist Stabilizer, designed to provide exceptional support and comfort while you sleep. This stabilizer helps relieve night time hand and wrist pain by promoting an ideal neutral hand and wrist position. Featuring innovative cushioning beads, it ensures protection and comfort throughout the night, allowing you to wake up feeling refreshed. Product Features: Helps relieve night time hand and wrist pain Promotes an ideal neutral wrist and hand position Adjustable design for a customized fit to any size Cushioning Beads provide support and comfort, maintaining neutral hand position during rest Patented, adjustable palmar splint optimizes wrist support Made with breathable, moisture-releasing materials that are durable, soft, and latex-free Easy-Sleeve slide-on design for effortless application Equipped with Velcro brand fasteners for secure and adjustable fit Developed in collaboration with a panel of physicians, surgeons, and specialists to ensure quality and effectiveness Suggested Use: Application Instructions: Open all fasteners. Slide your hand into the support, ensuring the metal splint is positioned along the palm of your hand. Begin by closing the center strap, then proceed to close adjacent straps. Adjust all straps until the fit feels firm, yet comfortable. Spread the Comfort Bead Pouch along your palm and extend it up into the base of your fingers to gently promote a neutral hand position. This wrist support is designed for use on either the left or right hand. Its adjustable fasteners create a customized fit for most body types. For best fit, measure around your wrist at its smallest point. Care Instructions: Before washing, remove the metal splint from inside the brace and securely close all Velcro fasteners. Hand wash the support with mild soap in warm (not hot) water. Rinse thoroughly and allow to air dry completely. Do not machine wash, tumble dry, dry clean, or use bleach or fabric softeners, as these may damage the materials.