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This premium cushion cut halo diamond ring CAD design is created with a perfect blend of soft square geometry and luxury detailing. The center features a beautifully proportioned cushion cut stone, secured with strong prongs and framed by a refined halo that enhances brilliance while maintaining a balanced and elegant appearance.
The halo is designed with precise spacing and consistent stone alignment to ensure uniform sparkle and secure setting. The band is detailed with micro pave diamonds and fine edge detailing, giving the ring a rich and sophisticated finish. Shank thickness, halo height, and prong proportions are carefully engineered to support smooth casting and long-term durability.
This design is ideal for engagement rings, bridal jewellery collections, and premium diamond ring ranges. The cushion cut shape combined with halo styling offers a timeless yet modern appeal suitable for luxury retail brands and custom jewellery manufacturing. Clean CAD geometry ensures minimal post-casting corrections and reliable production output.
The CAD files are fully editable, allowing resizing, stone dimension adjustments, and minor custom changes based on manufacturing or client requirements.
Usage
This CAD ring design can be used forEngagement ring manufacturingBridal and luxury jewellery collectionsCushion cut diamond ring productionCustom jewellery orders3D printing and casting preparationRetail and wholesale jewellery manufacturing
Included Files
STL file for 3D printing and casting3DM Rhino CAD file fully editable
Files are production-ready with clean and verified geometry.
Customer Support
After purchase, support is available for resizing, stone adjustments, and basic CAD file assistance to ensure smooth workflow during jewellery manufacturing.
Important Points
This is a digital CAD model, not a physical ringFiles are intended for professional jewellery useBasic CAD and jewellery knowledge is recommendedModel is suitable for casting and stone settingNo renders or textures are included
REVIEWS & COMMENTS
accuracy, and usability.
