Mint Sapphire Engagement Ring Pear Cut Fiore AxB 14k Gold

A dreamy mint sapphire with oceanic flashes and luminous depth — the Fiore Alpha Beta ring was designed to feel delicate, ethereal, and unforgettable.

At the center is a stunning 4.3ct natural mint sapphire in an elegant pear cut, shifting between icy seafoam, pale teal, and soft green depending on the light. Sculpted botanical gold details embrace the center stone, while marquise lab diamonds add a graceful leaf-like sparkle along the band.

Romantic yet distinctive, this piece blends fantasy-inspired artistry with timeless fine jewelry craftsmanship. A perfect alternative engagement ring for someone looking for something rare, refined, and deeply personal.

Created for lovers of nature-inspired jewelry, fairytale aesthetics, and unconventional engagement rings, Fiore Alpha Beta is ideal for someone who wants a ring that feels artistic, feminine, and entirely unlike mass-produced designs.

Every EidelPrecious piece is crafted using solid gold and genuine gemstones, with careful attention to fine details, stone selection, and long-term wearability. We specialize in unique sapphire engagement rings and alternative bridal jewelry inspired by nature, antique artistry, and romantic storytelling.

Unlike mass-market settings, our designs are original creations developed in-house and produced in limited quantities. We work with natural sapphires selected for their unique character, color shifts, and individuality — meaning no two rings will ever look exactly the same.

This ring features:

• A genuine natural mint sapphire
• Solid 14K gold construction
• Lab grown diamond accents
• Handmade botanical detailing
• One-of-a-kind gemstone character

Available and ready to ship.

Designed by EidelPrecious.

Details

• Center Stone: Natural Mint Sapphire
• Stone Weight: 4.3ct
• Stone Shape: Pear Cut
• Accent Stones: Lab Grown Diamonds
• Metal: Solid 14K Gold
• Style: Botanical / Fantasy / Nature Inspired
• Setting: Prong Set
• One of a Kind
• Available & Ready to Ship