🎉 Up to 70% Off Selected ItemsShop Sale
HomeStore

Round Australian Sapphire Cluster

Product image 1
1 / 5

Round Australian Sapphire Cluster

This collection is built around the idea that fine jewellery doesn’t need an occasion.
Each ring features an individually hand-selected sapphire, chosen for its colour, character, and natural variation. No two stones are the same.

Sourced from the Subera region of Queensland, every sapphire carries a clear provenance and a story rooted in place. These are everyday fine rings, designed to be worn instinctively, but made with the care and intention usually reserved for one-off pieces.

Each ring exists as a singular expression — part of a collection, but never repeated.

This collection is built around the idea that fine jewellery doesn’t need an occasion.
Each ring features an individually hand-selected sapphire, chosen for its colour, character, and natural variation. No two stones are the same.

Sourced from the Subera region of Queensland, every sapphire carries a clear provenance and a story rooted in place. These are everyday fine rings, designed to be worn instinctively, but made with the care and intention usually reserved for one-off pieces.

Each ring exists as a singular expression — part of a collection, but never repeated.

Select Finger Size
From $336.02

Original: $960.05

-65%
Round Australian Sapphire Cluster—

$960.05

$336.02

Description

This collection is built around the idea that fine jewellery doesn’t need an occasion.
Each ring features an individually hand-selected sapphire, chosen for its colour, character, and natural variation. No two stones are the same.

Sourced from the Subera region of Queensland, every sapphire carries a clear provenance and a story rooted in place. These are everyday fine rings, designed to be worn instinctively, but made with the care and intention usually reserved for one-off pieces.

Each ring exists as a singular expression — part of a collection, but never repeated.

Round Australian Sapphire Cluster | Sapphire Designs