☛ Product summary:
The “Pear Diamond Ring Enhancer” is a versatile and elegant piece that features a combination of lab-grown diamonds in pear, marquise and round cuts set in a ring enhancer. The ring enhancer is designed to be wear with an existing solitaire ring to add a touch of sparkle and elegance. The lab-grown diamonds have a combined weight of 0.51 carats, making it a perfect size for a ring enhancer. The pear, marquise and round cuts of the diamonds give a unique and elegant look to the ring enhancer.
The color of the diamonds is DEF-color, which is consider as near-colorless and is a high-quality color grade. The clarity of the diamonds is rating is VS-VVS, indicating that they are very slightly included diamonds with very few inclusions that are not visible to the naked eye. The combination of DEF-color and VS-VVS clarity make these diamonds visually stunning and high-quality diamonds. The ring enhancer is perfect for adding a touch of sparkle and elegance to any solitaire ring, making it perfect for special occasions such as engagements, weddings or anniversaries.
Lab-grown diamonds, also known as synthetic diamonds. These diamonds are chemically, physically, and optically identical to natural diamonds, but are typically less expensive and more sustainable to produce. This ring enhancer is perfect for anyone looking to add a unique and elegant touch to their existing solitaire ring without breaking the bank, while still having the same quality and brilliance as a natural diamond.
|Lab Grown diamond
|Pear cut & Marquise cut
|0.51 carat (± 0.05 CT)
☛ Ring making process:
The process of creating a custom ring typically involves several steps:
- First, the design team creates the design of the ring.
- Then, they make a wax model and cast the rings.
- After casting, the team sizes the rings to fit the client.
- They also pre-polish the rings and set the stones into the setting.
- Finally, the team polishes and rhodium the rings and performs final checks in quality control to ensure they meet required standards.