Alexandra Beth
Half Bezel Pear Lab Diamond Puffy Ring
- Regular price
- $1,200.00
- Sale price
- $1,200.00
- Regular price
This Half Bezel Pear Lab Diamond Puffy Ring by Alexandra Beth redefines traditional fine jewelry proportions with a wonderfully fluid and bold design language. The smooth, rounded solid gold band wraps comfortably around the finger, serving as a heavy, high-fashion frame for its horizontal teardrop diamond center stone. Conveying a rich emotional narrative of self-reliance, love, and artistic triumph, this ring makes a spectacular self-purchase celebration. Its modern low-profile setting keeps the look highly functional for daily wear, adding a sophisticated flash of luxury scintillation that pairs effortlessly with tailored suits or effortless weekend knitwear.
Alexandra Beth Fine Jewelry is a New York City-based fine jewelry brand founded by designer Alexandra Beth, whose passion for jewelry began at an early age. Known for blending timeless elegance with a modern point of view, the brand creates refined pieces that feel personal, wearable, and enduring. From everyday essentials to bridal jewelry, bespoke commissions, and heirloom transformations, each design is crafted with exceptional materials and meticulous attention to detail. Based in the heart of the Diamond District, Alexandra Beth offers a highly personalized approach, guiding clients through meaningful purchases and custom creations. Rooted in the belief that every day is worth celebrating, the brand designs jewelry that honors milestones, self-expression, and life's most memorable moments with sophistication and warmth.
Handcrafted from 14K gold, this 4 mm wide ring features a horizontally set 0.50-carat pear-shaped lab-grown diamond with F color and VS clarity.
us127-20316
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 “Buy” button will redirect you to the designer’s website, where your purchase can be completed safely and securely.