3CT Pear Cut Lab Grown Diamond Three Stone Necklace

Striking and sophisticated, this 3.00 cttw three-stone lab-grown diamond necklace is a masterclass in balance and brilliance. Expertly crafted in luxurious 14K white gold, the design showcases a powerful trio of pear-shaped diamonds that graduate in size to create a bold, modern silhouette. The centerpiece is a commanding large pear-shaped diamond, flanked by two slightly smaller, perfectly matched pear-shaped diamonds that fan out along the neckline. Each stone is meticulously graded F color and VS clarity, ensuring a crisp, icy-white sparkle and exceptional purity. The diamonds are held in secure prong settings with specialized V-prongs at the tips to protect the stones while allowing maximum light reflection for a continuous wall of fire. Integrated seamlessly into a shimmering 18-inch cable chain and secured with a durable lobster lock, this necklace is a testament to contemporary luxury and refined craftsmanship. Its symmetrical beauty makes it an ideal statement piece for a bride, a milestone celebration, or any occasion that calls for timeless elegance.

We offer free shipping on all U.S. orders, with no minimum purchase required. Orders are processed within 1–2 business days, and delivery typically takes an additional 2–3 business days (3–5 business days total). Once your order ships, you'll receive a tracking email with shipment details. Delivery times are estimates and may vary due to carrier delays or public holidays. For shipping questions, please contact info@diamondgallery.com.

We accept returns and exchanges within 30 days of purchase. Items must be unused, in their original packaging, and accompanied by proof of purchase and a valid ID. Once your return is received and inspected, approved refunds will be issued to your original payment method within 5–7 business days. Return shipping costs are the customer's responsibility. We recommend using a trackable shipping service and purchasing shipping insurance, as we are not responsible for items lost during transit.