This stunning 4ct tennis bracelet showcases 60 AGI-certified lab-grown diamonds, each graded G/VS for exceptional brilliance and clarity. 

Set in your choice of 14K yellow or 14k white gold, the ethically created diamonds offer a luxurious, eco-conscious alternative to mined diamonds. With a secure 4-prong setting and a timeless design, this bracelet is the perfect addition to any fine jewellery collection. Plus, enjoy peace of mind with our 30-day money-back guarantee.

Features:

AGI Certified lab-grown diamonds for superior quality.
G/VS grade diamonds with excellent brilliance and clarity.
Available in 14K yellow or 14k white gold.
Ethically sourced, environmentally friendly stones.
30-day money-back guarantee

Specifications:

Bracelet Type: Tennis
Diamond Type: Lab-Grown
Certification: AGI
Diamond Clarity: G-VS
Number of stones: 60
Stone Size: 2.7mm / 0.07ct
Carat Weight: 4.00 CTW
Setting: 4-Prong
Metal Type: Choice of 14K Yellow or White Gold

What is a lab-grown diamond, lab diamond, LGD, laboratory-grown diamond?

A Lab Grown Diamond is a 100% real diamond grown in a laboratory. They are also known as laboratory diamonds, lab diamonds, created diamonds, man-made diamonds, manufactured diamonds, cultured diamonds, cultivated diamonds or green diamonds.A lab-grown diamond(also known as a lab-grown diamond, LGD ) is a genuine diamond that is produced in a laboratory under controlled conditions using state-of-the-art technology.Chemically, physically and optically, laboratory diamonds are identical to natural diamonds, as they consist of pure crystallized carbon. They are created using two main processes:
🔹 HPHT (High Pressure High Temperature) – Mimicking natural diamond formation under high pressure and temperature.
🔹 CVD (Chemical Vapor Deposition) – layer-by-layer growth of a diamond in a plasma chamber.Laboratory diamonds are a sustainable alternative to mine diamonds, as they are produced without environmentally harmful mining. They are also often of a higher quality and more attractively priced than their natural counterparts.