Diamonds

Shop Our Lab Grown Diamonds

Emerald

A sparkling, square-cut diamond with intricate facets reflecting light, showcasing its clarity and brilliance.

Princess

Pear

Brilliant, cut diamond with a rectangular shape, showcasing a sparkling array of facets and flawless clarity.

Radiant

Marquise

Asscher

Heart

Oval

Cushion

Lab Grown Diamond Engagement Rings

Design your one-of-a-kind engagement ring by choosing from our exclusive collection of signature settings, paired with a GIA-certified lab-grown diamond. Your personal vision, combined with our dedication to perfection, will create the ring of your dreams..

Build your ring

A sparkling diamond engagement ring with a round center stone, surrounded by a halo of smaller diamonds on a delicate band.

A close-up of a hand wearing a stunning diamond ring with a floral design, set against a backdrop of lush green leaves.

GIA Certified Lab Grown Diamonds

We offer an extensive selection of GIA-certified diamonds, the gold standard for accurate grading, perfect for your engagement ring or other jewelry needs. Shop with confidence, knowing you’re getting top-quality diamonds at competitive prices. Don’t miss our monthly featured deals for exclusive discounts and unbeatable value.

FIND YOUR DIAMOND

Are Lab Diamonds a Diamond?

Yes, lab-grown diamonds are real diamonds. They have the same physical, chemical, and optical properties as natural diamonds, with the only difference being their origin. While natural diamonds are formed over billions of years beneath the Earth's surface, lab-grown diamonds are created in a controlled environment using advanced technology that replicates the natural process.

How Do Lab Diamonds Compare to Natural

A woman displaying a diamond ring on her hand, showcasing elegance and style.

Lab-grown diamonds are nearly indistinguishable from natural diamonds, offering the same brilliance, durability, and visual appeal. The main difference lies in their origin—lab-grown diamonds are created in controlled environments that replicate the Earth’s natural processes, while natural diamonds are formed over billions of years beneath the Earth’s surface. Despite this difference, both types of diamonds are chemically and physically identical. Lab-grown diamonds tend to be more affordable, often costing up to 40% less than natural diamonds, and are considered a more environmentally friendly and ethical option since they don’t require mining. While natural diamonds are valued for their rarity, lab-grown diamonds provide an excellent alternative for those seeking high-quality, sustainable jewelry without compromising on beauty or durability.

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EASY FINANCING OPTIONS

LIFETIME WARRANTY

HASSLE FREE RETURNS

Free Resizing

Conflict Free Diamonds

FAQ's

The 4 Cs are carat, cut, color, and clarity—internationally recognized standards used to measure a diamond’s quality and value. Carat refers to weight, cut determines brilliance, color rates absence of color, and clarity measures internal flaws. Understanding these helps buyers make informed choices and compare diamonds easily.

Carat is the physical weight of a diamond, where 1 carat equals 0.2 grams. Larger carat weights are rarer and typically more expensive, but two diamonds of equal carat can look different sizes depending on cut proportions.

Clarity grades describe the presence of inclusions and blemishes within a diamond, ranging from Flawless to Included. Most diamonds have minor inclusions that are not visible without magnification and do not affect beauty or durability.

Diamonds are rated from D (completely colorless) to Z (noticeable yellow or brown tint). Colorless diamonds command higher prices. Fancy colored diamonds (like blue or pink) are graded differently and prized for their rarity.

Cut determines a diamond’s brilliance—how much it sparkles. Ideal cuts reflect light for maximum fire and scintillation. Poorly cut diamonds may appear dull even if their carat, color, and clarity are high.

Certified diamonds have been graded by independent labs such as GIA or IGI, verifying their quality attributes. Certification provides transparency and ensures buyers get genuine quality and value.

Lab-grown diamonds possess the same chemical and physical properties as natural diamonds and can be certified by major labs like GIA and IGI. Certification gives assurance about cut, clarity, and origin.

GIA is known for rigorous, consistent grading, while IGI is slightly more lenient, especially for natural diamonds. Both provide reports on cut, color, clarity, and carat; GIA is often preferred for high-value stones.

Some diamonds glow under UV light due to fluorescence, usually as a blue tint. Strong fluorescence can sometimes make a diamond look hazy, but generally does not affect the diamond’s appearance in daylight.

High-value diamonds may have laser-engraved serial numbers on their girdles, matching their certificates and aiding in authenticity, resale, and theft prevention. Inscriptions are tiny and only visible under magnification.

Resale value depends on current market conditions, quality, certification, and the jeweler’s policies. Certified diamonds typically resell for a higher percentage than non-certified stones due to verified attributes.

You can buy uncertified diamonds, especially for lower-value purchases, but this requires great trust in the seller. Certified stones offer buyers independent assurance of quality and value.

Lab-grown diamonds use less energy and water compared to mining natural diamonds, and avoid ecological disruption. They also do not contribute to conflict diamond issues.

Clean diamonds regularly with warm water, mild soap, and a soft brush. Remove jewelry before physical activities and store gems separately to avoid scratches. Professional inspections are recommended annually.

A diamond’s price depends on carat, cut, color, clarity, certification, and even market demand or shape. Well-cut, certified stones with high color and clarity grades are most valuable; lab-grown options offer quality at a lower price point.