Round Lab Grown Diamond Ring 1.66ctw 14K Gold Bypass Engagement Ring

The Stone(s)

The focal coordinate of this design features a single, calibrated 1.20 carat round brilliant lab grown diamond. Graded at an F color tier and VS1 clarity, the stone exhibits symmetric light return and is entirely eye-clean, aligning with our factory standard which excludes SI2 and below. Flanking the center, the band-pavé field houses 18 round brilliant lab grown diamonds totaling 0.46 carats. These accent stones are graded EF color and VS clarity, selected for uniform calibration to ensure a contiguous field of scintillation across the twisting shank axis. Every lab grown diamond used carries independent certification confirming its exact 4Cs metrics.

The Setting

Engineered for both security and optical performance, the center stone is mounted in a specialized 4-prong white gold setting. The rhodium-tipped claws grip the stone’s girdle firmly, providing maximum prong security while preventing the warm yellow tone of the shank from altering the perceived colorless profile of the F-grade diamond. Beneath the head, an open architectural under-gallery features back-drilled light ports positioned directly under the shared-prong pavé ribbons. This structural clearance allows cross-ventilation of light, entering from beneath the ring to maximize the refractive return through the accent stones.

Metals and Finish

Built upon a solid 5.070-gram metal base, the ring is executed primarily in 14K Gold (purity code 585), offering an optimal industrial balance between pure gold content and daily structural durability. The shank features a dual-surface texture: one band is finished to a mirror-like High Polish, while the interlocking band acts as the channel for the shared-prong pavé array. For customized commissions, the piece can be rendered across our five standard metal tiers, including 10K Gold (417) for active lifestyle scratch resistance, premium 18K Gold (750) for rich coloration, or 950 Platinum for the ultimate hypoallergenic density and prong stability.

Customisation and Origin

Every ring is built to order and fully customizable during our standard production flow. Upon checkout, our Surat workshop confirms your exact specifications within 24 hours via WhatsApp and email before any metal casting begins. You can adjust the center stone carat size (standard tiers from 0.25ct up to 3.00ct+), color grade, clarity tier, ring size (including quarter and half sizes), or request alternative finishes like Satin or Brushed textures.

Production requires 15–35 business days from spec confirmation to final quality check. In the cultural context of traditional commitments, the fluid, interwoven bypass design offers a contemporary counter-narrative to standard straight-band engagement rings. Crafted in Surat — the city that cuts 90% of the world’s diamonds — and shipped factory-direct.

3. THE RECURRING BUYER FAQ BLOCK

Can this bypass band sit flush alongside a standard straight wedding band?

Due to the architectural curvature of the twisting bypass shank, a standard straight wedding band will not sit perfectly flush; it will follow the outer contour of the ring’s geometry. For a seamless pairing, we recommend a custom-contoured curved wedding band, which can be mapped to this exact ring profile during our pre-production CAD alignment stage.

Why are the center prongs white gold while the rest of the ring is yellow gold?

We deliberately utilize a two-tone engineering approach. The 4-prong claw array holding the F-color center stone is finished in white gold to ensure no warm yellow light refracts through the diamond’s pavilion. This preserves the crisp, colorless look of your diamond while allowing you to enjoy the classic contrast of a yellow gold shank.

How are the 18 accent diamonds secured against daily wear catching?

The accent diamonds are set using low-profile shared prongs. This configuration minimizes the amount of metal visible between stones for a denser light field, while ensuring the metal borders are polished completely smooth to eliminate catching on fabrics or everyday active movement.

4. TECHNICAL SPECIFICATIONS MATRIX