HIGH CARAT

Tulip Cluster Lab Grown Classic Studs Diamond Earring

Regular price
$2,440
Sale price
$2,440
Regular price
SHOP AT HIGH CARAT
These Tulip Cluster Lab Grown Classic Studs Diamond Earrings by High Carat bring a graceful botanical character to a substantial mixed-cut diamond arrangement. Marquise stones introduce elongated leaf-like outlines, pear diamonds provide softly tapered forms, and round cuts balance the composition with circular accents. Crafted in 18K yellow gold, the earrings feature 2.86 carats of lab-grown diamonds. Their tulip-inspired cluster design offers more decorative presence than conventional solitaire studs without requiring a long hanging silhouette. They would be particularly attractive with swept-back hair and an uncluttered neckline, allowing the individual gemstone shapes to remain visible. The design suits someone who appreciates floral jewelry expressed through contrasting diamond cuts.
High Carat Diamonds is a global fine jewelry brand specializing in diamond jewelry creations that unite ethics, elegance, and exceptional craftsmanship. Renowned for its mastery in antique-shaped and special-cut diamonds, the brand blends traditional artistry with modern innovation to create bespoke engagement rings, heirloom pieces, and custom designs. Every jewel is handcrafted and hand-finished using conflict-free diamonds set in 10K, 14K, or 18K gold. With a mission to make luxury both responsible and radiant, High Carat Diamonds serves clients worldwide, transforming personal stories into timeless symbols of love and craftsmanship.
18K yellow gold; 2.86 carats of marquise-cut, pear-cut and round-cut lab-grown diamonds. Tulip-inspired cluster stud design; exact stone arrangement and fastening type not specified.
us120-ab2620318

Please note price may vary due to exchange rate differences or shipping, duties and taxes. Final price is calculated at checkout on the designer’s website.

The Shop at HIGH CARAT link takes you to the designer’s website, where your purchase can be completed safely and securely.