Francis Black Leather Medical Alert ID Bracelet - Personalised

This striking modern chunky bracelet is made in gorgeous 2.8mm thick black genuine leather sourced locally from the UK. It has two secure stud fasteners and a rose gold stainless steel engraving plate.

The width of the leather is 20mm and it can be made in any length to fit you perfectly.  

• GENUINE UK SOURCED LEATHER
• FREE PERSONALISED ENGRAVING -Up to 3 lines of text (Maximum 25 characters per line)
• FREE VELVET TRAVEL POUCH
• FREE UK SHIPPING
• FREE GIFT BOX
• FREE MEDICAL CARD

Can my item be engraved?

Yes – on the reverse of the steel medical alert plate.
Up to 3 lines with maximum of 25 characters per line

The stainless-steel engraving plate can be simply flipped over to show your personalised details. All our tags are engraved in-house and you can choose the wording that best suits your condition. We will engrave your bracelet free of charge with the words that best describe your condition - just let us know what you want it to say when prompted on the website.

Frequently engraved conditions include allergies, chronic and rare conditions, transplant patients, patients undergoing chemotherapy.

Bracelet Size - How to Order

PLEASE TELL US IN THE ‘SPECIAL INSTRUCTIONS’ FIELD (AT CHECKOUT) THE EXACT LENGTH IN CM/INCHES YOU WOULD LIKE YOUR BRACELET INCLUDING THE CLASP. 

NEED HELP MEASURING? Click here

Specification

• METAL TYPE: STAINLESS STEEL
• STYLE: WRISTBAND, STUD FASTENER
• MATERIAL: HIGH-QUALITY GENUINE LEATHER

Who is my bracelet named after?

Francis Crick (1916-2004):

Molecular biology. Known most famously for being one of the four researchers who determined the double-helix structure of DNA, Francis Crick, PhD, is also a leader of the research team that discovered DNA is made of codons - amino acid triplets that encode genetic information. As a result of this late-1950s discovery, another research team was able to decipher the genetic code, leading to the birth of molecular biology and the understanding of the role genetics plays in human variation and health.