This 0.36 CT dual marquise and round lab-grown diamond ring features a structured design composed of two marquise-shaped stones arranged in parallel alignment at the center of the ring. Each marquise diamond is secured by prongs positioned at both pointed ends to maintain shape stability and reduce lateral movement.
A row of round brilliant lab-grown diamonds extends outward from the dual marquise formation. These stones are positioned in micro-prong seats arranged in a linear sequence, following the central axis of the ring. The spacing and height of each round stone are set to maintain consistent alignment across the row.
The polished 18K gold band transitions smoothly into the central diamond structure, supporting balanced distribution of metal and ensuring stable wear. Its uniform lower profile provides reinforcement without adding unnecessary bulk.
Open galleries underneath the marquise and round stones allow direct light access to the pavilion facets, supporting controlled optical behavior across the stone groupings.
All diamonds included in this design are lab-grown and evaluated using standardized criteria for clarity, color, and cut.
The 0.36 CT total weight reflects the combined carat weight of the two marquise stones and the round brilliant diamonds along the central row.
For deeper insight into how elongated shapes like marquise diamonds perform when paired with round brilliants, consult the Diamond Shapes Guide. Broader evaluation criteria covering cut precision, clarity balance, and overall diamond selection are detailed in the Lab-Grown Diamond Buying Guide, while common misconceptions around lab-grown diamond quality and structure are addressed in Lab-Grown Diamond Myths Debunked.
