$1,490.00 – $4,350.00Price range: $1,490.00 through $4,350.00
Refined. Timeless. Precision-crafted for understated brilliance.
| Specification | Detail | What It Means |
|---|---|---|
| Diamond Type | Lab-Grown | Chemically identical to natural diamonds |
| Shape | Emerald Cut | Sleek, step-cut facets for a sophisticated, mirror-like shine |
| Carat Weight | 3.00 ct | A bold, statement-size diamond with elegant presence |
| Cut Grade | Excellent (EX) | Ensures superior light reflection and clarity |
| Color Grade | D Color | Completely colorless — the highest quality grade |
| Clarity Grade | VS1 | Inclusions extremely difficult to detect under 10× magnification |
| Setting | 18K White Gold | Durable, modern, and highly polished finish |
| Production Time | 1–2 Weeks | Handcrafted to order |
We provide free shipping to all countries and regions — no minimum spend, no hidden fees.
All orders are shipped via FedEx or DHL Express Priority. International delivery typically takes 3–5 business days depending on your location. Once shipped, a tracking number will be sent via email so you can monitor your order at every stage.
If you are not completely satisfied, return your ring within 30 days — no questions asked. We cover all return shipping costs.
Lab-grown diamonds have become a leading choice in fine jewelry over the past decade. They offer the same brilliance and certified quality as natural diamonds while making larger, high-grade stones more accessible.
Lab-grown diamonds, also known as synthetic diamonds, are real diamonds created in controlled laboratory environments. They share the same physical, chemical, and optical properties as naturally mined diamonds.
The only difference is their origin. Instead of forming deep within the earth over millions of years, they are produced in a matter of weeks. This allows for greater availability and significantly lower cost, making larger diamonds more attainable.
Two primary methods are used to create lab-grown diamonds:
A diamond seed is placed in a vacuum chamber filled with carbon-rich gases. When heated to temperatures between 700°C and 900°C, carbon atoms gradually build onto the seed, forming a diamond crystal layer by layer. This method allows precise control over the diamond’s quality and structure.
This method replicates the natural diamond formation process by applying extreme pressure and heat to a diamond seed, allowing the crystal to grow under conditions similar to those deep within the Earth.
After formation, the rough diamond is cut and polished to achieve its final brilliance. There is virtually no limit to the size and quantity of diamonds that can be produced.
This is a complex topic that involves multiple factors:
Lab-grown diamonds are easier to trace, offering better visibility into production practices and working conditions.
Lab-grown diamond production requires significant energy, and environmental impact varies depending on the energy source used. Natural diamond mining also has environmental effects, including land disruption and resource consumption.
Natural diamond mining supports economies in countries such as Botswana, contributing to infrastructure, healthcare, and employment. Lab-grown diamonds do not provide the same economic benefits to these regions.
Both options involve trade-offs. Lab-grown diamonds are often preferred for their transparency, affordability, and accessibility.
It is extremely difficult to distinguish between lab-grown and natural diamonds without specialized equipment. Even professionals rely on advanced tools to detect differences in growth patterns.
The most reliable method is certification. A grading report provides full transparency regarding the diamond’s origin and quality.
Yes — the 4Cs remain the most important factors when evaluating any diamond:
Cut
An Excellent (EX) cut ensures optimal light reflection, enhancing brilliance and clarity.
Color
D color is the highest grade, meaning the diamond is completely colorless and exceptionally rare.
Clarity
VS1 clarity ensures inclusions are extremely difficult to detect, even under magnification.
Carat
At 3 carats, this diamond offers strong visual presence with refined elegance.
The emerald cut is known for its clean lines and step-cut facets, creating a distinctive hall-of-mirrors effect. Unlike brilliant cuts that focus on sparkle, the emerald cut emphasizes clarity, depth, and sophistication.
At 3 carats, this shape reveals its full beauty. The larger surface area highlights the diamond’s purity and structure, making high color and clarity grades especially important.
Set in 18K white gold, the cool-toned metal enhances the diamond’s crisp, colorless appearance, creating a look that is both modern and timeless. This combination is ideal for those who prefer understated luxury with strong visual impact.
If you are looking for a high-quality diamond with exceptional clarity, elegant design, and better value, a lab-grown diamond is a smart choice.
This 3-carat emerald cut lab-grown diamond ring features D color, VS1 clarity, and an Excellent cut — delivering premium quality in a refined, sophisticated style.
Whether selected as an engagement ring, a milestone gift, or a personal investment, this piece offers lasting beauty, modern craftsmanship, and timeless appeal.
| Ring size | 3, 3.5, 4, 4.5, 5, 5.5, 6, 6.5, 7, 7.5, 8, 8.5, 9, 9.5, 10, 10.5, 11, 11.5, 12 |
|---|---|
| Carat size | 1carat, 2carat, 3carat, 4carat, 5carat |
| Metal | 18K white gold |
The Raquel Radiant cut
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Audemars Piguet “50TH ANNIVERSARY” White Dial Rose Gold
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Subtotal: $434,239.90
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