14K Gold 1 Carat Lab-Grown Princess-Cut Diamond Ring

1 Carat Lab-Grown Princess-Cut Diamond Ring in 14K Gold

Anchored in polished 14K gold, our Lab Made Princess-Cut Diamond Ring is built around a 6mm x 6mm square center stone that brings a strong balanced presence to the hand. The 1 carat lab created princess-cut diamond is bordered by 32 round accent diamonds that form a wide structured halo while 20 larger round diamonds continue down the band for a total diamond weight of approx. 1 3/4 CTW. With VS clarity and an F color grade, the stones carry a bright, near-colorless tone that stands out against the warm finish of solid gold.

Diamond Ring Specifications

• Metal: Guaranteed 14K Solid Gold
• Center Stone: 6mm x 6mm Lab Grown Princess-Cut Diamond, 1.00 Carat
• Accent Stones: 32 Round Diamonds Around the Center, 20 Round Diamonds on the Band
• Total Carat Weight: Approx. 1 3/4 CTW
• Clarity/Color: VS clarity, F color
• Band Width: 2.1mm
• Weight: approx. 2.76 Grams
• Origin: Made in the USA
• Returns: 45-Day Return & Exchange Policy
• Shipping: Free Shipping in the USA (international options available)

Setting Design and Diamond Alignment

The princess cut center diamond is secured in a four-prong mount that protects each corner while keeping the square outline open and clearly defined. The surrounding halo follows a precise evenly spaced pattern that reinforces the geometry of the center stone. Along the band, the larger round diamonds add visual depth and structure, creating a smooth transition from the halo into the gold shank.

Proportion, Feel, and Long Term Wear

A slim 2.1mm band gives the ring a grounded profile that balances the size of the center diamond without compromising comfort. The squared lines of the princess cut lend a modern edge, suitable for both everyday wear and formal occasions. Built with lab grown diamonds and solid gold construction, this piece is designed to maintain its structure and meaning through years of regular use. Also available with natural diamond and in various styles, shown below.