Lightweight Angela Cummings 18k Yellow Gold 1987 Concave Lima Bean Shaped Diamond Earrings Best Choice [nxwPja0K]

Iconic 1987 Angela Cummings Diamond Earrings

Experience the unparalleled elegance of these Lightweight Angela Cummings 18k Yellow Gold 1987 Concave Lima Bean Shaped Diamond Earrings Best Choice [nxwPja0K]. Designed by the iconic jewelry designer herself, these earrings are a testament to innovation and timeless beauty. Their unique bean shape design sets them apart from the ordinary, creating a distinctive look that will captivate everyone who lays eyes on them. The 18K yellow gold setting not only provides a luxurious backdrop for the diamonds but also enhances their sparkle, making these earrings a truly dazzling addition to any jewelry collection.

Exquisite Craftsmanship and Specifications

These exquisite earrings are crafted with meticulous attention to detail, showcasing Angela Cummings' signature style. The metal type is 18K yellow gold, known for its richness and durability, weighing a substantial 19.2 grams. The center diamond, although unweighted, adds to the overall aesthetic appeal. The measurements of the earrings are 1 inch, ensuring a comfortable and stylish fit. These earrings are signed by Cummings, a mark of authenticity and quality that guarantees their collectible value. In addition to their stunning appearance, these earrings are in excellent condition, ready to be cherished for years to come.

Perfect for Collectors and Fashion Enthusiasts

Whether you are a dedicated collector or a fashion enthusiast, these Angela Cummings 1987 Concave Lima Bean Shaped Diamond Earrings are a must-have. Their rare vintage appeal and unique design make them a special piece that can be passed down through generations. The combination of beauty, craftsmanship, and collectibility sets these earrings apart as an investment piece that will always be in demand. Whether worn for a special occasion or simply to add a touch of elegance to your everyday style, these earrings are sure to make a lasting impression.