1/17
Celebrate elegance and nature-inspired beauty with this Butterfly Engagement Ring CAD Model, featuring a brilliant oval center stone embraced by delicately sculpted butterfly wings. The graceful wing details extend seamlessly into the ring shoulders, creating a unique and romantic design that symbolizes transformation, love, and new beginnings.
The artistic butterfly motif is enhanced with fine engraved textures and accent stones placed along the shoulders, adding brilliance without overwhelming the centerpiece. Every detail has been professionally engineered to ensure excellent stone security, balanced proportions, and smooth casting performance.
This premium CAD model is ideal for custom engagement rings, bridal collections, luxury jewelry brands, and professional jewelry manufacturers. The design is fully optimized for 3D printing, resin printing, lost-wax casting, and commercial jewelry production.
The package includes a production-ready STL file and an editable 3DM file, allowing easy customization of ring size, gemstone dimensions, and metal type.
Perfect for jewelry designers seeking an elegant floral and butterfly-inspired statement engagement ring.
Included FilesSTL File3DM FileImportant PointsButterfly-inspired engagement ring designElegant oval center stone settingNature-inspired artistic detailingDecorative engraved butterfly wingsAccent diamonds on ring shouldersSecure multi-prong stone settingProfessional jewelry CAD modelProduction-ready STL fileEditable 3DM source fileOptimized for castingSuitable for resin 3D printingClean and accurate geometryEasy customization and resizingCompatible with multiple precious metalsDigital download only (No physical jewelry included)Customer Support
Customer satisfaction is our priority.
If you require assistance with resizing, stone modifications, manufacturing compatibility, or have any questions regarding the STL or 3DM files, feel free to contact us. We provide reliable after-sales support and are happy to help with your project.
REVIEWS & COMMENTS
accuracy, and usability.
