• Titan Magnetic Bracelet
    Available in Black and Red
    Made of super-lightweight, highly polished titanium, the Titan is great for sports. Contains two of our revolutionary patented Central Reverse Polarity magnet modules.

    Buy now
    Bioflow Titan Magnotherapy Bracelet
  • Duet
    Two tone Magnotherapy Bracelet
    The Duet bracelet is finished in silver and gold to create a two tone appearance. Features two of our revolutionary Central Reverse Polarity® magnet modules.

    Buy now
    Bioflow Duet Magnotherapy bracelet
  • Monet
    Finished in Stainless Steel
    This subtle, contemporary styled bracelet is finished in stainless steel and features two of our revolutionary Central Reverse Polarity® magnet modules.

    Buy now
    Bioflow Monet magnotherapy Bracelet

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Magnotherapy Bracelets

Are you looking for a magnetic bracelet that is stylish and unique?

You can look and feel your best with one of our Bioflow® magnetic bracelets

Titan
Made of super-lightweight, highly polished titanium, the Titan is great for sports. Contains two of our revolutionary patented Central Reverse Polarity magnet modules.

Available in two sizes
Medium fits wrists 150-190mm 
Large fits wrists 180-215mm

 £49.95   (Was £110)
        Qty    
Bioflow Tita Magnotherapy Bracelet
Duet
The Duet bracelet is finished in silver and gold to create a two tone appearance. Features two of our revolutionary Central Reverse Polarity® magnet modules.

Available in three sizes
Small fits wrists 130-155mm 
Medium fits wrists 150-190mm 
Large fits wrists 180-215mm

 £49.95
        Qty    
Bioflow Duet Magnotherapy Bracelet
Monet
This subtle, contemporary styled bracelet is finished in stainless steel and features two of our revolutionary Central Reverse Polarity® magnet modules.

Available in three sizes
Small fits wrists 130-155mm 
Medium fits wrists 150-190mm 
Large fits wrists 180-215mm

 £49.95
        Qty    
Bioflow Monet Magntherapy Bracelet
 
Please note: Bioflow® products should not be worn by anyone fitted with a heart pacemaker or other implant that could be affected by a strong magnetic field.