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This elegant twisted solitaire engagement ring CAD model features a brilliant round center stone secured in a graceful crossover prong setting. The flowing split-shank design is complemented by delicate milgrain detailing and ornamental scrollwork beneath the setting, creating a sophisticated balance of modern elegance and vintage craftsmanship.
Designed for professional jewelry manufacturing, this CAD model offers clean geometry, smooth surfaces, and production-ready construction. The refined gallery enhances both the visual appeal and structural integrity, making it suitable for casting in gold, platinum, silver, and other precious metals.
The package includes an editable 3DM file for easy customization and a production-ready STL file for casting and 3D printing. Whether you're a jewelry designer, manufacturer, retailer, or custom jeweler, this model is optimized for efficient production and premium-quality results.
Perfect for:
Solitaire Engagement RingsTwisted Shank RingsLuxury Bridal JewelryFine Jewelry ManufacturingCustom Jewelry ProjectsJewelry CAD DesignersProfessional CastingHigh-End Jewelry Collections
Every detail has been carefully crafted to ensure excellent manufacturing performance, accurate dimensions, and an elegant finished piece.
Included FilesSTL File3DM FileImportant PointsProfessional jewelry CAD modelElegant twisted shank designDecorative gallery with milgrain detailsClean and production-ready geometryEditable 3DM source fileHigh-quality STL fileReady for casting and manufacturingSuitable for Gold, Silver, Platinum, and other precious metalsEasy customization of ring size and stone dimensionsOptimized for professional jewelry productionDigital product onlyNo physical item will be shippedCustomer Support
Customer satisfaction is our priority.
If you have any questions regarding downloading, customization, scaling, or file compatibility, please contact us. We are committed to providing prompt technical support and ensuring a smooth experience with every purchase.
REVIEWS & COMMENTS
accuracy, and usability.
