Product Details
Magnetic Brace for Sprains and Carpal Tunnel

Magnetic Brace for Sprains and Carpal Tunnel
From THERION

Price: $21.95

Availability: Usually ships in 2-3 business days
Ships from and sold by HealioHealth

Product Description

Magnets are a popular alternative therapy to alleviate pain and discomfort. Magnetic Brace for Sprains and Carpal Tunnel are designed to influence natures own healing process by increasing circulation, flushing toxins in the body, and drawing iron in the blood to the area of the body where the magnets are placed. Magnetic Brace for Sprains and Carpal Tunnel are made from only high quality materials and have the strength required for therapeutic effectiveness. Magnetic Brace for Sprains and Carpal Tunnel are designed to fit comfortably and adjust easily for maximum effectiveness. The Magnetic Brace for Sprains and Carpal Tunnel is lightweight neoprene material is soft, flexible, washable and can also provide light compression to support the injured or affected area of the body to which the magnets are applied. NO RETURN POLICY: This product is Non-Returnable due to the intimate nature of the merchandise. (Exceptions only apply for mis-shipments and or manufacturer's defect).


Product Details

  • Amazon Sales Rank: #296492 in Health and Beauty
  • Color: Black
  • Brand: THERION
  • Model: OS431
  • Dimensions: .50 pounds

Features

  • Magnetic Brace for Sprains and Carpal Tunnel are designed to influence natures own healing process by increasing circulation.
  • It helps in flushing toxins in the body, and drawing iron in the blood to the area of the body where the magnets are placed.
  • Magnetic Brace for Sprains and Carpal Tunnel are made from only high quality materials and have the strength required for therapeutic effectiveness.
  • It is designed to fit comfortably and adjust easily for maximum effectiveness.
  • Its lightweight neoprene material is soft, flexible, and washable, it can also provide light compression to support the injured or affected area of the body to which the magnets are applied.