This 2.22 CT trinity pear lab-grown diamond ring is constructed with a centrally positioned pear-shaped diamond weighing 1.50 CT. The center stone is aligned along the band axis to maintain directional balance and proportional symmetry when viewed from the top. Two round lab-grown diamonds are positioned on either side of the center stone, forming a three-stone configuration with matched spacing and consistent orientation.
Each stone is secured using prong settings designed to stabilize the diamonds while allowing exposure across the crown and pavilion for controlled light interaction. The trinity layout maintains clear separation between the center and side stones while preserving a continuous structural flow across the setting.
Round lab-grown accent diamonds are set along the upper section of the band in a linear arrangement. Each accent diamond is positioned with uniform spacing to preserve alignment and structural continuity. The band width is engineered to support the three-stone setting without increasing overall height or altering the ring’s profile. Open sections beneath the center stone, side stones, and accent diamonds allow regulated light entry and provide access for inspection and maintenance.
All diamonds used in this ring are lab-grown and graded according to standardized parameters for color, clarity, and cut. The total carat weight of 2.22 CT is distributed across the center stone, side stones, and band-set accent diamonds without interrupting the ring’s geometry.
Guidance on evaluating color consistency across multiple stones is outlined in the Diamond Color Guide. Information on clarity distribution in multi-stone settings appears in the Diamond Clarity Guide. Broader consumer considerations related to lab-grown diamonds are covered in Why Lab Grown Diamonds Are the Smart Choice.
