Pop the question with this dazzling lab-grown diamond engagement ring.

14K rose gold with white rhodium prongs
An oval-cut lab-grown diamond is the enchanting focal point
Round-cut lab-grown diamonds wrap the center stone in a double halo
More round-cut lab-grown diamonds line the split shank
Independently certified with a total lab-grown diamond weight of 1 carat
The center lab-grown diamond is laser-inscribed with a unique Gemscribe® serial number
From the Now + Forever® Bridal Collection

Image for illustration only. Stone count may vary based on ring size selected.

This item is electroplated with rhodium or finished with an e-coating. These finishes may wear off with frequent use. Ask a jewelry consultant for details.

This jewelry is made with lab-grown diamonds. Lab-grown diamonds have the same optical, chemical and physical properties as diamonds created by the earth. Merchandise which includes lab-grown diamonds is eligible for trade-in under the Lifetime Diamond Trade-In Policy.

Typographic errors are subject to correction. Merchandise enlarged to show detail and may not always be exactly as pictured.


	1
	1/3
	F
	SI2
	Yes
	Yes
	Yes
	Yes
	Lab-Grown Diamond
	White
	Oval
	1 Ctw - Under 3 Ctw
	Lab-Grown
	Lab-Grown Diamond
	White
	Round
	Lab-Grown
	Prong
	false
	SI2
	F


	Gold
	Rose
	Rhodium
	14K
	White


	Engagement Ring
	7.0


	11.7 mm

Lab-Grown Diamonds

Lab-grown diamonds have the same optical, chemical, and physical properties as natural diamonds. Because they can be produced in abundance, they are less expensive and make larger diamonds more affordable.

Lab-grown diamonds can be of comparable quality to natural diamonds in terms of color, clarity, cut, and carat weight. They undergo the same grading and certification processes and can achieve the same standards of excellence.

If you value innovation and style without compromising brilliance, lab-grown diamonds might be the perfect choice.

Now + Forever Lab-Grown Diamonds Oval-Cut Double Halo Engagement Ring 1 ct tw 14K Rose Gold

Lab-Grown Diamonds