Interlocking Loop Micro Prong Lab-Grown Diamond Ring

A lab-grown diamond ring built entirely on flow. Two gold strands interlock at the centre — one forming a clean elongated eye in plain hallmarked gold, the other sweeping around it in a continuous curve of micro prong-set round brilliant diamonds. The movement is uninterrupted, the contrast deliberate. Nothing competes. Everything connects. Certified by IGI and SGL and crafted in hallmarked gold, this is a contemporary luxury piece that earns its place as an everyday ring and holds its own as an occasion piece. Wear it alone and let the loop do the work, or pair it with a plain slim band on either side for a curated, considered stack.

• Stone — Round brilliant lab-grown diamonds, micro prong-set along the full curved diamond strand
• Design — Two interlocking fluid strands. One plain gold elongated eye motif, one continuous micro prong-set diamond sweep encircling it. Split shank band.
• Metal — Available in 9kt, 14kt and 18kt hallmarked gold with HUID
• Metal Colour — Yellow gold, white gold, rose gold
• Setting — Micro prong set
• Ring Size — Indian size 14 (approximately US size 7)
• Certification — IGI certified and SGL certified
• Wearability — Everyday wear, contemporary statement ring, sustainable fine jewelry, ethical diamond creation, minimalist statement piece, contemporary luxury
• Who It's For — The woman who understands that the most powerful designs never need to explain themselves.

Every diamond grown above ground with the same atomic structure as a mined stone — identical in brilliance, responsible in origin.

A considered gift for an anniversary, a milestone birthday, or a woman who has always worn jewellery that moves with her.

Crafted in BIS hallmarked, HUID registered gold. Certified by IGI and SGL. Designed and quality-checked in India.

Care instructions - Store in the soft pouch provided, away from perfumes and moisture. Wipe gently with a dry lint-free cloth along the full diamond loop to keep every micro prong-set stone at its brightest.