Oval Floating Diamond Earring Charms

$425.00

A matched pair, floating in unison. These oval-cut lab-grown diamonds are precision-drilled and suspended to create a minimal, light-forward drop from your favorite hoops. Each stone is hand-selected to match its partner in size, clarity, and brilliance — because symmetry matters when a diamond is floating free.

Options:

A matched pair, floating in unison. These oval-cut lab-grown diamonds are precision-drilled and suspended to create a minimal, light-forward drop from your favorite hoops. Each stone is hand-selected to match its partner in size, clarity, and brilliance — because symmetry matters when a diamond is floating free.

Choose from two matched pairs, each offering exceptional color and clarity.

The Details

  • Pair option 1: 0.67ctw total, D-F color, VVS-VS clarity

  • Pair option 2: 0.66ctw total, D-E color, VVS1-VVS2 clarity

  • Cut: Oval (matched pair)

  • Drill: Single drill per diamond (floating style)

  • Metal: Solid 14K yellow gold

  • Note: Pair of earring charms only — hoops not included

Frame your face with light that moves. These floating diamond earring charms turn every head-turn into a moment.

Ships free. Backed by our lifetime craftsmanship warranty.

Why Floating?

Traditional diamond settings use prongs, bezels, or channels to hold a stone in place. They work — but they also cover part of the diamond, block light from entering certain angles, and add visual weight to the piece.

A floating diamond is different. We precision-drill a hole through the center of each lab-grown diamond in our studio, then thread it onto a 14K solid gold jump ring. The diamond hangs freely — no prongs, no bezel, no metal touching the stone's surface. Light enters from every direction. The stone turns and moves as you move. The result is a diamond that looks larger, brighter, and more alive than the same stone in a traditional setting.

Every floating diamond is drilled by hand. It is a process that requires patience, precision, and a deep understanding of how diamonds behave under pressure. Not every stone survives the drill. The ones that do become something entirely new.