The Beauty of the Emerald Cut Lab Grown Diamond
Renowned for its elongated silhouette and hall-of-mirrors effect, the emerald cut diamond emphasizes clarity, step-cut facets, and a clean rectangular form. This makes clarity grade, cut, and colorless beauty particularly noticeable, ensuring your 2 carat lab grown diamond truly stands out.
Our stones are IGI certified, graded for clarity, cut, color, and carat weight, and are hand selected for their optical symmetry and precise polish. Each cut lab grown diamond reflects high-quality craftsmanship at a fraction of the cost of traditional diamonds.
Ethically Grown, Brilliantly Crafted
Each lab grown diamond in this collection is chemically identical to its mined counterpart but is created without environmental damage or unethical labor. The difference is how they’re sourced—not how they shine. By choosing lab grown, you’re making a sustainable and practical purchase without compromising brilliance.
Every stone is expertly crafted and polished to maximize its reflective surface, table size, and light performance. This ensures the brilliance, structure, and geometry of each ring matches or exceeds traditional diamonds—at a better price.
Metal Options, Setting Styles, and Custom Designs
From solitaire to halo, from hidden pavé to vintage styles, our 2 carat emerald cut lab grown rings are available in:
- White gold – sleek and modern
- Yellow gold – classic warmth
- Rose gold – romantic blush tones
- Platinum – high-end durability
Each ring is available in 10K, 14K, or 18K gold and can be fully customized. Whether you're designing a one-of-a-kind engagement ring or selecting a ready-to-shop piece, we make it easy to select, set, and receive the ring of your dreams.
Why Choose Brilliant Carats?
✔ Premium 2 carat lab grown diamonds with GIA/IGI certification
✔ Known for high clarity grades and exceptional cut
✔ Modern and vintage emerald cut designs in a range of sizes
✔ Sustainably crafted with ethical practices and no trade conflict
✔ Designed to create lasting impressions for life’s most significant dates