2Ct to 10Ct F-G/VS Round Shape Lab Grown Diamond Tennis Bracelet for Women 7 inch Length Made in Solid Gold
Prices and availability subject to change. As an Amazon Associate we earn from qualifying purchases.
Similar or Frequently Bought Together
6.00 Carat F-G/VS Lab Grown Round Brilliant Cut Diamond Studded Bezel Set 6.50 Inch Tennis Bracelet for Women Made in Solid Gold
$2,129.99
10K 14K 18K Gold Men's Solitaire 1 Carat Diamond Ring,Lab Round Cut Diamond Wedding Engagement Anniversary Ring Size 4-16 (IGI Certified,D Color,VS1)
$1,409.99
Nuragold 14k Real Yellow Gold Royal Monaco 9mm Miami Cuban Link Bracelet (7"-9") Italian Jewelry for Men & Women
$1,858.99
Nuragold 10k Real Yellow Gold Royal Monaco 13mm Miami Cuban Diamond Cut Pave Link Bracelet (8"-9") Two Tone Italian Jewelry for Men
$2,099.99
About this product
Overview
This tennis bracelet features lab-grown diamonds set in solid gold, offering a classic luxury accessory with ethical sourcing. The F-G color grade and VS clarity ensure brilliant sparkle comparable to mined diamonds at a more accessible price point.
Key Specifications
The bracelet spans 7 inches in length and accommodates diamond weights ranging from 2 carats to 10 carats, allowing customization based on preference and budget. The solid gold setting provides durability and timeless appeal while the lab-grown diamonds deliver identical optical properties to natural stones.
Who It's For
This piece suits everyday luxury seekers who want statement jewelry without the premium price tag of mined diamonds, as well as environmentally conscious buyers prioritizing sustainable alternatives. It's ideal for milestone celebrations, professional settings, or anyone desiring a versatile bracelet that transitions seamlessly from day to evening wear.
Worth Buying?
The combination of lab-grown diamonds with solid gold construction delivers genuine luxury appeal while maintaining reasonable value. The VS clarity and F-G color grades ensure the bracelet will sparkle beautifully for years without visible inclusions.