
MARA LUNA — 3.50ct Marquise Cut Lab-Grown Diamond Cathedral Solitaire (18ct White Gold)
MARA Bridal · Engagement Ring · MARA-LUNA-MARQUISE-350
From $2,000 — Price on enquiry
MARA LUNA is a moonlit cathedral solitaire built around a luminous 3.00ct marquise cut lab-grown diamond, secured by six fine claws with crisp V-tip points that protect each end of the stone. A shared-prong pavé band traces 0.50ctw of round brilliants the length of the cathedral shank, lifting the centre stone into the light from every angle. Crafted in 18ct white gold and finished by hand in our Australian atelier — a quietly dramatic silhouette designed to wear like an heirloom.
- Made to order3–4 weeks
- Ethically sourcedConflict-free
- Lifetime guaranteeFree resize & polish
- Private consultationBy appointment
- SKU
- MARA-LUNA-MARQUISE-350
- Category
- Hidden Halo & Side Stone Ring
- Shape
- Marquise
- Style
- Cathedral Solitaire · Shared Prong Pavé Band
- Cut
- Marquise Cut
- Total carat
- 3.50ctw
- Centre stone
- ±3.00ct Marquise Lab-Grown Diamond
- Side stones
- ±0.50ctw Pavé Round Brilliants
- Colour
- D
- Clarity
- VS1
- Prongs
- 6-claw with V-tip points
- Band
- Shared prong pavé
- Setting
- Cathedral solitaire
- Metal
- 18ct White Gold
- Made to order
- 1ct–5ct centre · all standard UK · US · EU sizes
- Lead time
- 2–6 weeks · hand-crafted in Australia
- Available metals
- Silver · 9ct Yellow Gold · 9ct White Gold · 18ct Yellow Gold · 18ct White Gold · Rose Gold
- Available stones
- Cubic Zirconia · Moissanite · Lab-Grown Diamond · Natural Diamond
Created For You — Please allow 2 to 6 weeks for your ring to be individually handcrafted to perfection.
Created For You
Your dream ring, handcrafted to your exact specifications. Choose your centre carat weight and ring size below, then begin your journey for a tailored quote.
See This Ring On Real Hands
Try-ons submitted by customers wearing MARA LUNA — 3.50ct Marquise Cut Lab-Grown Diamond Cathedral Solitaire (18ct White Gold). Try the ring on with your camera and share yours to the gallery.