S-Link Round Lab-Grown Diamond Tennis Bracelet

A lab-grown diamond tennis bracelet that moves differently on the wrist. Round lab-grown diamonds sit in collet settings mounted on diagonal S-shaped gold links — each one angled against the next, creating a continuous spiralling wave that catches light from every direction as the bracelet moves. It is the same uninterrupted diamond line as a classic tennis bracelet, reimagined with a twist that makes it entirely its own. Certified by IGI and SGL and crafted in hallmarked gold, this is a contemporary luxury piece for the woman who wants the timelessness of a tennis bracelet with a design that nobody else is wearing. Stack it with a plain bangle or wear it alone and let the wave speak.

• Stone — Round lab-grown diamonds, collet-set on diagonal S-shaped gold links
• Design — S-link tennis bracelet. Each diamond mounted on an angled S-bar link creating a continuous spiralling wave pattern. Secure box clasp.
• Metal — Available in 9kt, 14kt and 18kt hallmarked gold with HUID
• Metal Colour — Yellow gold, white gold, rose gold
• Setting — Collet set
• Certification — IGI certified and SGL certified
• Wearability — Everyday wear, occasion wear, statement bracelet, bridal jewellery, sustainable fine jewelry, contemporary luxury, ethical diamond creation
• Who It's For — The woman who loves a classic but has never been interested in wearing exactly what everyone else is wearing.

Grown with the same chemical and optical properties as a mined diamond, produced above ground with complete traceability and without environmental extraction.

A considered gift for an anniversary, a milestone birthday, or a woman who has always had her own way of doing things.

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 bracelet to keep every collet-set stone and every S-link at its brightest.