The Mechanics of a Pear Cut Cuff Design
A traditional wedding ring is a full circle. That creates an immediate physical block if your engagement ring has a low setting. The Ida Pear Cut Ring takes a different route. By leaving the top section completely open, it acts as a frame. Your center stone settles right into that empty space. This allows both rings to sit flat against each other without any metal rubbing together.
Eliminating the Flex
The main worry with an open ring is how it holds up over time. A band with a gap is naturally prone to bending or snagging if the metal is too thin. We address this directly. The base of our cuff is cast with a thick, reinforced shank in solid gold or platinum. This gives the ring the rigidity it needs. The gap keeps its exact width year after year, holding your stack securely in place.
The Angle of the Teardrop
A pear cut diamond has a clear direction. How you place it changes the entire look of the ring. In our cuff design, the teardrops are tilted to trace the natural curve of your finger. Rather than pointing aggressively outward, they gently cup the sides of your engagement ring. This slight tilt creates a cradling effect that visually expands the size of your center stone. Take our Everett Band, for example. When paired with a classic solitaire engagement ring, the gracefully angled teardrops flank the center diamond to instantly create the luxurious illusion of a three-stone ring. This combination gives you the brilliant, finger-spanning coverage of a trilogy setting, combined with the styling versatility of a stackable band.
Finding True Twins
An open band relies on two anchor stones sitting at the very edges of the gap. If the diamond on the left is slightly wider or cut differently than the one on the right, the entire stack feels off balance. The natural diamond market is full of variations, making it exhausting to find exact matches. Cultivating diamonds above ground solves this. We source strict twin stones with exact millimeter dimensions, ensuring the left and right sides mirror each other completely.


