Magnetic Twisted Copper & Brass Torque Solid Copper Bracelet Wristband

Hand crafted for us by skilled Copper Smiths in Cornwall who have been making copper bracelets for over 50 years. Small size bracelet fits writs sizes from 6" ( 153mm ) to 6 ¾" ( 172mm). Medium size fits writs sizes from 6 ¾" ( 172mm ) to 7 ¾" ( 195mm ). These bracelets are made of solid copper and Brass and are not plated. Please measure your wrist with a cloth measuring tape before ordering to fit the bracelet open it up so the gap is wide enough to go over the narrowest part of your wrist and then squeeze it back into shape until it is a nice comfortable fit. These bracelets are registered medical devices, believed to help relieve the pain associated with arthritis and other degenerative diseases by increase blood flow speeding up the body's natural healing processes. Each bracelet is fitted with two neodymium (rare earth) magnets giving a total measurement of 1700 gauss adding the benefits of magnetic therapy to the age old copper remedy. WARNING - If you have a pacemaker fitted or any other medical device please seek medical advice before wearing a magnetic bracelet

• Band new magnetic therapy copper bracelet. Twisted Copper and Brass Torque design with magnets at each end.
• Hand crafted for us by skilled copper smiths in Cornwall with over 50 years experience in producing these high quality hand crafted copper magnetic bracelets
• Please measure your wrist with a cloth measuring tape before ordering. To fit the bracelet open it up so the gap is wide enough to go over the narrowest part of your wrist and then squeeze it back into shape until it is a nice comfortable fit.
• These bracelets are registered medical devices, believed to help relieve the pain associated with arthritis and other degenerative diseases by increase blood flow speeding up the body's natural healing processes.
• These are highly attractive and stylish bracelets with therapeutic properties believed to ease arthritic and rheumatic aches and pains with the added benefit of magnets within the ends.