This 1.23 CT pear lab-grown diamond ring is constructed with a centrally positioned pear-shaped diamond weighing 1.00 CT. The tapered outline of the pear shape is aligned along the band axis to maintain directional balance and proportional symmetry when viewed from the top. The center stone is secured using a prong setting that stabilizes the diamond while allowing exposure across the crown and pavilion for controlled light interaction.
Round lab-grown accent diamonds are set along the upper section of the band in a continuous linear arrangement. Each accent stone is positioned with uniform spacing to preserve alignment and structural consistency along the band. The band width is engineered to support the center setting without increasing overall height or altering the ring’s profile. Open sections beneath both the center stone and accent diamonds allow regulated light entry and provide access for inspection and maintenance.
The band structure maintains a smooth transition between the center setting and the accent-set section. The continuous diamond alignment supports consistent visual flow while maintaining the distinct outline of the pear-shaped center stone. The ring profile remains controlled to ensure balanced wear and structural stability.
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 1.23 CT is distributed between the center stone and band-set accent diamonds without interrupting the ring’s geometry.
Guidance on pear shape geometry and alignment appears in the Diamond Shapes Guide. Information on diamond proportion performance is detailed in Diamond Proportions Explained. Broader lab-grown diamond evaluation standards are outlined in Lab-Grown vs Natural Diamonds.
