Lab Emerald Oval Cut Double-Layer Sunburst Halo Open Ring | S925 Silver Forest Green Pear Diamond Radiant Adjustable

A vivid forest-green oval inside a ring of white diamonds, inside a ring of eight pear-cut diamonds pointing outward like rays of light. The ring that makes considered sunburst presence feel like a considered everyday decision — and fits any finger.

An oval-cut lab-grown emerald in vivid, deeply saturated forest green sits in a four-prong setting within a double-layer sunburst halo of exceptional considered radiant depth: an inner layer of approximately twenty round brilliant white diamonds, continuously set in a close oval outline immediately surrounding the emerald, and an outer sunburst layer of approximately eight pear-cut white diamonds, each individually prong-set with its pointed tip directed outward, arranged at considered equal intervals around the inner halo — the eight pear diamonds’ considered outward-pointing formation creating a sunburst of exceptional considered radiant presence and directional energy. Between each pair of pear diamonds, two small round brilliant white diamonds are set as considered accent points, the accent diamonds’ considered placement filling the considered intervals between the pear rays with a considered arc of exceptional additional white diamond brilliance. The double-layer sunburst halo’s considered construction — inner oval pavé halo, outer pear-diamond sunburst with round accent diamonds — gives the ring a sense of exceptional considered three-dimensional radiant depth and sunburst authority that a single-halo ring cannot achieve. The open adjustable plain silver band can be gently resized to fit any finger — no sizing required.

Why You'll Love It

• Outer pear-diamond sunburst — eight pointed rays of considered radiant energy — eight pear-cut white diamonds, each individually set with its pointed tip directed outward at considered equal intervals, create a sunburst of exceptional considered radiant presence and directional energy; the pear cut’s considered elongated pointed form gives each ray a sense of exceptional considered directional energy and sunburst dynamism that round outer halo stones cannot achieve
• Double-layer construction — inner pavé halo and outer sunburst in considered depth — an inner oval pavé halo of approximately twenty round brilliant white diamonds and an outer pear-diamond sunburst create a double-layer halo of exceptional considered three-dimensional radiant depth; the double-layer construction gives the ring a sense of exceptional considered visual weight and sunburst authority that a single-halo ring cannot achieve
• Round accent diamonds between the rays — considered brilliance at every interval — two small round brilliant white diamonds between each pair of pear rays fill the intervals with a considered arc of exceptional additional white diamond brilliance; the accent diamonds’ considered placement gives the outer sunburst a sense of exceptional considered completeness and white diamond richness
• Adjustable open band — one size fits most — the open plain silver band can be gently adjusted to fit any finger size, no sizing required; the adjustable construction makes this ring the ideal gift — no need to know the recipient’s ring size
• Guilt-free luxury — lab-grown emeralds share the same optical and chemical properties as mined stones, with a significantly lower environmental footprint

Product Details

• Metal: S925 Sterling Silver
• Centre Stone: Lab-Grown Emerald (Vivid Forest Green), Oval Cut, Four-Prong
• Inner Halo: Round Brilliant White Diamond Pavé × ~20 (continuous, oval outline)
• Outer Sunburst: Pear-Cut White Diamond × ~8 (individually set, pointed tips outward) + Round Brilliant White Diamond × ~2 accent between each pair
• Band: Open Adjustable Plain Silver Band (One Size Fits Most)
• Style: Oval Cut Double-Layer Sunburst Halo Open Ring
• Finish: High Polish
• SKU: H04-2

At LabGrownPro, we believe fine jewellery should be beautiful, ethical, and accessible. Every piece is crafted with care — for you, and for the planet.