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This luxury swirl halo solitaire ring CAD design is crafted to deliver a bold yet elegant look with excellent manufacturing precision. The design features a round brilliant center stone surrounded by a flowing halo structure, creating a dynamic swirl effect that enhances brilliance and depth. The shank is enriched with precisely set side diamonds, adding continuous sparkle from every angle.
The ring structure is carefully engineered with smooth curves, balanced metal thickness, and clean geometry to ensure comfort, durability, and flawless casting results. The halo and prong system provide strong stone security while maintaining a refined luxury appearance.
This CAD model is developed specifically for professional jewellery manufacturing. It is ideal for high-end engagement rings, bridal jewellery collections, and statement luxury designs. The files are production-ready and optimized for stone setting, polishing, and final finishing.
Product Details
Ring Type: Swirl Halo Solitaire RingDesign Style: Luxury and ContemporaryCenter Setting: Prong Set With HaloSide Stones: Diamond Accents on ShankCAD Precision: High Accuracy Jewellery ModelingManufacturing Ready: Yes
Usage
Suitable for gold, silver, and platinum jewellery manufacturingPerfect for engagement rings and bridal jewellery collectionsCan be used for casting, prototyping, and 3D printingIdeal for jewellery brands, manufacturers, and CAD designersReady for stone setting and premium finishing
Included Files
STL file for casting and 3D printing3DM file for editing, resizing, and customization
Customer Support
Full support provided for file-related assistanceHelp available for resizing, scaling, and minor modificationsCustom jewellery CAD services available on requestFast and reliable customer support ensured
Important Points
This is a digital CAD product onlyNo physical jewellery item is includedBasic CAD software knowledge is recommendedFinal checks before casting are advisedSharing or reselling the files is strictly prohibited
REVIEWS & COMMENTS
accuracy, and usability.
