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Introducing a refined Emerald Cut Double Halo Engagement Ring CAD model designed for maximum brilliance and modern elegance. This sophisticated design features a stunning emerald-cut center stone secured in a classic four-prong setting, enhanced by a luxurious double halo of round diamonds.
The step-cut emerald center stone offers clean lines and a bold rectangular silhouette, delivering a timeless yet contemporary look. The double halo frame increases finger coverage while amplifying sparkle from every angle. Carefully aligned pave diamonds continue along the shank, creating a seamless flow of brilliance from top to bottom.
The elevated gallery is engineered for optimal light exposure beneath the center stone, improving overall brilliance while maintaining structural strength. The prongs are proportioned for secure stone holding and long-term durability in production.
This CAD model is professionally structured with clean surfaces, accurate stone seats, and proper tolerances for casting and stone setting. Suitable for yellow gold, white gold, rose gold, and platinum production.
Ideal for:
Premium bridal collections
High-end engagement ring manufacturing
Jewellery retailers and wholesalers
Custom jewellery studios
3D printing and casting workflows
INCLUDED FILES
STL file (Production-ready for 3D printing)
3DM file (Editable Rhino source file)
IMPORTANT POINTS
Accurate emerald-cut center stone seat
Double halo diamond layout
Precision pave alignment on shank
Balanced prong thickness for durability
Optimized metal thickness for casting
Clean and manifold geometry
Comfortable inner shank curve
Easy resizing capability
Center stone size customizable
Manufacturing-ready CAD structure
CUSTOMER SUPPORT
We provide full support for:
Ring size adjustments
Center stone size modification
Minor design customizations
Metal weight estimation
File format assistance
For any customization or clarification before purchase, feel free to contact us. We ensure quick response and professional support.
REVIEWS & COMMENTS
accuracy, and usability.
