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Marquise Blooming Flower Stud Earrings — 3D CAD ModelMarquise Blooming Flower Stud Earrings — 5-Petal Floral Cluster Design | 3D CAD Model for Jewelry Manufacturing (3DM, OBJ, STL)
*** All Files Types Include
The Design
This elegant pair of stud earrings features a five-petal floral motif, each blossom crafted from five marquise-cut stones arranged symmetrically around a central round bead accent. The marquise stones, sized at 5.00 x 2.50mm each, radiate outward from the center in a classic flower silhouette, secured by delicate ball-tipped prongs at each petal tip and shared prongs at the core. The overall earring measures 11.50mm in width and 11.00mm in height, with a compact profile depth of 3.50mm, making it a versatile everyday piece that transitions easily from casual to formal wear. The design includes a standard friction-back post and scroll closure, rendered here in both yellow gold and white gold finishes to showcase its adaptability across metal tones. With a total gem count of 10 marquise stones per pair and a combined approximate weight of 1.02 carats, this design strikes a balance between noticeable sparkle and wearable subtlety, appealing to a broad customer base seeking floral-inspired fine jewelry.
The 3D Modeling
This CAD file was constructed using professional jewelry design software with precision-modeled prong settings, faceted gemstone geometry, and smooth organic petal curvature to accurately simulate marquise stone placement and light interaction. The model includes fully rendered gem cavities, calibrated prong heights, and a properly proportioned post-and-scroll finding system compatible with standard earring backs. Technical outputs include a Gem Reporter breakdown (stone shape, size, count, and total carat weight) and a Metal Weights table covering multiple alloy options—including 9K, 10K, 14K, and 18K white gold, sterling silver, and rose gold variants—allowing buyers to estimate production costs accurately before manufacturing. The file is delivered print-ready and is compatible with major 3D modeling and jewelry CAD ecosystems, including native 3DM format alongside universally supported OBJ and STL exports, ensuring smooth integration into a wide range of design and rendering pipelines.
Manufacturing
This design is optimized for both traditional lost-wax casting and modern resin/wax 3D printing workflows commonly used in jewelry production. The clean petal geometry, evenly distributed prong structure, and validated wall thicknesses reduce the risk of casting defects, making the file suitable for direct-to-production use by jewelry manufacturers, custom jewelers, and small-batch designers. The included metal weight calculations across multiple alloys assist manufacturers in accurate material sourcing and cost estimation, while the gem specification table simplifies stone procurement for setters. This file is appropriate for use with standard jewelry 3D printers and can be scaled or adjusted in size, metal type, or gemstone specification to suit custom orders, making it a practical asset for production houses and independent jewelry brands alike.
Sales
Ideal for 3D model marketplaces, jewelry design repositories, and CAD file resale platforms, this file offers immediate commercial value to jewelry manufacturers, CAD designers, e-commerce jewelry sellers, and 3D printing studios. Its floral, nature-inspired aesthetic gives it broad market appeal for bridal collections, gift-giving occasions, and everyday luxury lines. Buyers receive a complete, ready-to-manufacture package that minimizes design time and technical guesswork, offering strong resale and licensing potential across multiple jewelry production channels, from artisan workshops to larger-scale manufacturing operations.
