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Rose & Heart Diamond Open Ring — 3D CAD Model
Ring Size - 53 EU
*** All Files Types Include
- 3Dm - Obj - Stl - Glb - 3DS - CD - Ply - Fbx - Raw - Step - Dxf - Dwg - Ai - Step - Rhino 5 - Jpeg - Png
Rose Blossom Open Shank Ring with Heart Diamond Accent — 3D Printable CAD File for Jewelry Manufacturing
Design OverviewThis elegant open-shank ring design combines a beautifully sculpted rose flower motif with a brilliant heart-shaped gemstone accent, creating a romantic yet contemporary piece suited for engagement, promise, or statement jewelry. The rose blossom, measuring 10.00mm in diameter, features multiple layered petal tiers that spiral inward toward a central 2.00mm round gemstone, secured with a delicate four-prong setting. Opposite the rose sits a 5.00mm heart-shaped gemstone, held in a sleek two-prong tension-style mount that echoes the organic curve of the open band. The asymmetrical, bypass-style shank (2.50mm width) flows seamlessly between both focal points, giving the ring a graceful, unstructured silhouette. The design has been rendered in multiple finishes — including yellow gold, white gold/platinum, and rose gold — demonstrating its versatility across metal types and its appeal to a broad range of customers seeking floral-inspired, nature-influenced fine jewelry.
3D Modeling DetailsThe model has been precision-engineered in industry-standard jewelry CAD software with fully accurate gemstone proportions, prong placement, and metal-to-stone ratios verified through built-in gem and metal reporting tools. Total gemstone specifications include one round-cut stone at 2.00 x 2.00mm (approximately 0.03tw) and one heart-cut stone at 5.00 x 5.00mm (approximately 0.44tw), for a combined total weight of approximately 0.47tw across two stones. Metal weight calculations are provided across a wide range of alloys, including 9K, 10K, 14K, and 18K white gold, sterling silver, and rose gold, with gram weights ranging from approximately 3.9g to 5.9g depending on the selected metal density. The file is clean, watertight, and manifold, making it ready for immediate use in rendering, prototyping, or production without additional repair work. Files are supplied in native 3DM format along with universally compatible OBJ and STL exports, ensuring compatibility with the most common CAD, sculpting, and slicing software used across the jewelry industry.
Manufacturing ApplicationsThis design is fully optimized for real-world jewelry production, whether through traditional lost-wax casting, direct metal 3D printing, or resin-based additive manufacturing for investment casting. The layered petal geometry and prong structures have been modeled with wall thicknesses and undercuts suitable for reliable casting in gold, silver, platinum, and other standard jewelry alloys. Manufacturers can scale the design to different ring sizes, substitute gemstone types or sizes, or adjust metal finishes while preserving the structural integrity of the piece. The file is well-suited for small workshops producing one-of-a-kind pieces as well as larger manufacturers running batch production, and it can serve as a strong foundation for custom bridal, anniversary, or nature-themed jewelry collections.
Licensing and Sales UseThis 3D CAD file is offered for sale to jewelry designers, manufacturers, 3D printing services, and online marketplaces seeking ready-to-produce, market-tested designs. It is well suited for digital marketplaces specializing in jewelry STL/OBJ/3DM libraries, print-on-demand jewelry platforms, and B2B CAD file resellers targeting casting houses and independent goldsmiths. The combination of romantic floral symbolism and a modern heart-accent gemstone gives this design broad commercial appeal for engagement rings, gift jewelry, and seasonal collections such as Valentine's Day or anniversary lines. Buyers receive a production-ready file that eliminates modeling time, reduces development costs, and allows for rapid customization, making it an efficient addition to any jewelry catalog or personal design portfolio
REVIEWS & COMMENTS
accuracy, and usability.
