Overstock Deal Lab Grown Diamond Deco Cushion Cut Diamond And Garnet Platinum Ring Instant 90% Discount [PtV3QnkG]

Lab-Grown Diamond Deco Cushion Cut Ring

Experience the timeless allure of the 1920s Art Deco movement with our exquisite Lab-Grown Diamond Deco Cushion Cut Ring. This stunning piece is a perfect blend of classic elegance and modern luxury, featuring a bezel-set Lab Grown Diamond at its center. The ring's signature geometric silhouette and angular design are accentuated by a halo of Garnet accent stones, adding a touch of sophistication and depth to the overall look.

• Lab Grown Diamond: A GH V/S quality rating ensures a sparkling center stone that is both beautiful and ethically sourced.
• Platinum Construction: Crafted from solid Platinum, this ring is durable and boasts a timeless shine.

Product Specifications

This Lab Grown Diamond Deco Cushion Cut Ring is a testament to precision and craftsmanship. The center stone is a cushion cut Lab Grown Diamond, surrounded by a halo of Garnet accent stones, each meticulously selected for their quality and color. The ring is set in a bezel style, which not only secures the stone but also highlights its brilliance. The Platinum band features an intricate petal-shaped gallery, designed to draw light through the center stone and enhance its sparkle.

• Material: Solid Platinum for durability and a luxurious feel.
• Accent Stones: Natural Garnets or Lab Grown Diamonds, sourced responsibly.

Perfect for Special Occasions

Whether you're celebrating an engagement, anniversary, or a special birthday, the Lab Grown Diamond Deco Cushion Cut Ring is the perfect choice. Its timeless design and exceptional craftsmanship make it a treasured piece that can be passed down through generations. This ring is not just a piece of jewelry; it's a symbol of love, commitment, and elegance.

• Engagement Ring: A classic choice for those seeking a ring that will stand the test of time.
• Special Gift: A show-stopping gift for anyone looking to make a statement on a special occasion.