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This Cushion Halo Diamond Engagement Ring 3D Model features a sophisticated halo design combined with elegant split-shank detailing. The ring showcases a round brilliant center stone framed within a soft cushion-shaped halo of perfectly aligned accent diamonds, creating a bold yet refined visual presence.
The halo enhances the perceived size and brilliance of the center stone while maintaining balanced proportions. Surrounding pavé diamonds are evenly spaced with precise seat preparation for secure stone setting.
The split shank design flows gracefully toward the halo, adding depth and dimension to the structure. The shoulders are accented with additional pavé-set diamonds, increasing overall sparkle while preserving structural integrity for production.
The head structure is engineered for durability and professional finishing. The prongs are proportioned for secure stone holding, and the open gallery beneath the halo allows optimal light reflection and ease of cleaning after casting.
The band interior is smooth and comfort-fit, designed for everyday wear. The model is created in accurate millimeter scale with clean, manifold geometry, making it fully optimized for resin 3D printing, casting, and CNC manufacturing.
This design is ideal for bridal collections, luxury engagement lines, and high-end custom jewelry production.
Included Files
STL (High-resolution file ready for 3D printing and casting)
3DM (Editable Rhino file for resizing and modifications)
Important Features
Round brilliant center stone
Cushion-shaped diamond halo
Split shank structure
Pavé-set shoulder diamonds
Secure prong setting
Open gallery for enhanced brilliance
Comfort-fit inner band
Clean, production-ready geometry
Real millimeter scale
Suitable for gold and platinum casting
Customer Support
We provide reliable and responsive customer support.
If you require resizing, stone size adjustments, structural modifications, or assistance with STL and 3DM files, feel free to contact us. We ensure smooth communication and professional support for your manufacturing needs.
REVIEWS & COMMENTS
accuracy, and usability.
