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Enhance your bridal jewelry collection with this Split Shank Diamond Engagement Ring CAD Model, featuring a brilliant round-cut center stone secured in a classic four-prong setting. The elegant crossover split shank is adorned with pavé-set diamonds, creating a graceful flowing design that maximizes brilliance while maintaining a modern and sophisticated appearance.
Designed with precision and clean CAD geometry, this ring offers excellent comfort, accurate stone placement, and production-ready construction for professional jewelry manufacturing. Its timeless style makes it suitable for engagement rings, bridal collections, custom jewelry projects, and luxury fine jewelry.
Every detail has been carefully modeled to ensure smooth casting, easy finishing, and reliable stone setting for high-quality production.
This listing includes a digital 3DM CAD file only. No physical jewelry will be shipped.
Included Files3DM FileProduct FeaturesElegant split shank designRound brilliant center stoneFour-prong secure settingPavé-set diamond shouldersModern crossover styleComfortable everyday wearClean production-ready CAD modelAccurate stone placementSmooth polished geometryEasy to customizeRhino compatibleMatrix compatibleReady for jewelry manufacturingSuitable for casting and finishingIdeal for engagement rings, bridal jewelry, and custom collectionsImportant PointsDigital product only; no physical jewelry will be shipped.Includes 3DM CAD file only.Production-ready CAD geometry.Compatible with Rhino and Matrix.Verify dimensions and stone sizes before manufacturing.Digital downloads are non-refundable.CAD file is intended for jewelry manufacturing purposes.Redistribution or resale of the digital file is prohibited.Customer Support
We are committed to providing reliable customer support. If you need assistance with ring sizing, stone size adjustments, CAD modifications, file compatibility, or manufacturing preparation, feel free to contact us. We are happy to assist you before and after your purchase.
REVIEWS & COMMENTS
accuracy, and usability.
