Skip to product information
3.00 Carat Lab Grown Diamond Floral Earrings
3.00 Carat Lab Grown Diamond Floral Earrings
Have Questions? Speak to a
CALL OR CHAT WITH US TO ORDER!
SKU: QV9882
QSE Certified,
×
![Certificate]()
EF-VS Gold
Sale price
$2,890.00
Regular price
$5,565.00
Deal Price: $2,312.00
Save 20% Off
with Code: LUV20
Copied!
30-Day No-Questions-Asked Returns
100% Certified Lab Grown Diamonds
Fully Insured Shipping
USA-Based. Fully Accountable.
Have Questions? Speak to a
Diamond Expert Before You Buy
CALL OR CHAT WITH US TO ORDER!
 FREE GIFT
|
|
|---|---|
|
Free Free 925S 1CT Diamond Earring (Worth $349) with Purchase of $2999+ |
|
Free Free 925S 0.50CT Diamond Earring (Worth $229) with Purchase of $1999+ |
Dazzle in elegance with these floral-inspired lab grown diamond earrings, beautifully crafted in 14K and 18K yellow or white gold. The design features delicate open-petal flowers accented with shimmering diamonds for a radiant finish.
Set with 82 diamonds totaling 3.01 carats, the earrings combine round brilliant-cut and pear-shaped stones. This includes 50 round diamonds (0.25 ctw), 20 round diamonds (0.16 ctw), 2 larger 0.25 ct round diamonds (0.50 ctw), and 10 pear-cut diamonds (2.10 ctw) — all graded VS clarity, EF color for maximum sparkle.
Perfect for weddings, festive occasions, or luxury gifting, these earrings come with an IGI Certificate, assuring authenticity and premium craftsmanship.
Details:
-
Metal: 14K & 18K Yellow & White Gold
-
Diamond Type: Lab Grown Diamond
-
Shapes: Round Brilliant & Pear Cut
-
Total Carat Weight: 3.01 ctw
-
Diamond Quality: VS Clarity, EF Color
-
Style: Floral-Inspired Statement Earrings
-
Certification: IGI Certified
Economical Lab-Grown Diamonds: Budget-Friendly Brilliance
Lab-grown diamonds offer a sustainable and efficient alternative to their natural counterparts. With a streamlined production process taking only weeks or months, they significantly reduce environmental impact. Lab-grown diamonds are meticulously crafted using the same process as natural diamonds, but within controlled laboratory settings. This innovative technique allows for the replication of natural diamond formation in a fraction of the time, making them more accessible and sustainable.
