The right fit
6mm or 8mm, selected when ordering post
The listed post length is 6mm or 8mm, selected when ordering. Fit depends on your healed piercing and anatomy; ask our stylist if you are unsure.





Your ear, considered
Fine jewellery selected for proportion, placement and a beautifully balanced ear. Book a fine-piercing appointment in advance or begin with private styling for your existing healed piercings.
Specifications for this piece
The right fit
The listed post length is 6mm or 8mm, selected when ordering. Fit depends on your healed piercing and anatomy; ask our stylist if you are unsure.
Push-fit fastening
The decorative front has a fine pin that sits inside the hollow flat-back post. A slight bend in the pin creates tension, keeping the two parts securely together without a screw thread. To remove it, hold the flat back firmly and pull the front straight out with a gentle rocking motion. Do not unscrew.
Stone details
The separate diamond and coloured-gemstone weights listed above apply to this exact piece.
Private ear styling
We compose a fine-jewellery wardrobe around your existing piercings, your proportions and the pieces you want to keep wearing.
Jewellery concierge
Your enquiry will arrive with Interstellar Starburst Diamond Stud Earring already attached, so our jewellery team can answer with the right product, fit and availability in view.
Usually answered personally by the jewellery teamThe story of the piece
Adorn your ears with the celestial beauty of the Interstellar Starburst Diamond Stud Earring by Lark & Berry. This exquisite labret earring, features a dazzling starburst design, making it an ideal choice for those seeking unique and high-quality fine jewellery.
Crafted for both style and comfort, the Interstellar Starburst Diamond Stud Earring is perfect for creating a personalized ear stack. Its versatile design is suitable for a wide range of piercings, including helix, conch, and lobe. Elevate your jewellery collection with this sophisticated piece, designed to make you shine brighter than any star.