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Leaf Texture Diamond Star Stud Earrings – 3D CAD Model
*** All Files Types Include
Product Description
DesignThis listing presents an elegant pair of eight-pointed star stud earrings, built around an open, leaf-vein filigree pattern radiating from a central round brilliant stone. Each earring features one 4.00mm round center stone framed by delicate laser-cut leaf motifs, further accented by six smaller 1.40mm round side stones set in pairs at four of the star's points. The airy, lattice-like openwork gives the piece a snowflake-inspired, nature-influenced silhouette that reads as both classic and contemporary, making it suitable for bridal collections, everyday luxury lines, or statement gifting pieces. The overall footprint measures approximately 12.00mm in diameter with a compact profile depth of about 3.00mm, and the design comes fitted with a standard friction/scroll post-and-back closure for comfortable, secure wear. The design renders beautifully in white, yellow, and rose gold, as shown in the included preview images, and the fine filigree detailing is engineered to catch light from every angle without compromising structural strength.
3D ModelingThe file was modeled with jewelry-grade precision CAD software, with full attention to prong placement, gem seating, and wall thickness for reliable castability. Gemstone data is embedded and verified through a gem reporting tool: the design carries 14 total stones per pair (2 center round stones at 4.00 x 4.00mm totaling approximately 0.48 total carat weight, and 12 accent round stones at 1.40 x 1.40mm totaling approximately 0.12 total carat weight), for a combined total gem weight of roughly 0.60 total carats across the pair. Metal weight has been calculated across a full range of alloys — including 9K, 10K, 14K, and 18K white gold, sterling silver, silver continuum, and rose gold — with reference gram and DWT values provided per metal type so buyers can accurately estimate production cost before casting. The native file includes clean, manifold, watertight geometry, properly grouped prongs, posts, and scroll backs, and is organized in layers for easy material assignment and gemstone swapping.
ManufacturingThis CAD design is fully prepared for real-world jewelry production and is compatible with both traditional lost-wax casting and direct metal 3D printing workflows. The model is manufacturing-ready for milling wax, resin 3D printing, or direct metal laser sintering, and is suitable for producers working in gold, silver, platinum, or palladium alloys. Prong heights, stone seats, and filigree wall thicknesses have been designed with realistic minimum thickness tolerances in mind to reduce breakage risk during casting, polishing, and stone setting. The included files are compatible with major jewelry CAD and rendering pipelines, and can be scaled, resized, or adjusted for different gemstone sizes, metal types, or ear-post styles by any experienced jewelry CAD technician prior to production.
Sales & File DeliveryThis 3D design is offered as a ready-to-use digital asset for jewelry designers, manufacturers, CAD studios, 3D printing services, and online jewelry retailers seeking print-ready or production-ready stud earring content. The package is intended for delivery in industry-standard formats — including native 3DM, plus OBJ, STL, and other common exchange formats — to support a wide range of software and printing systems. This file is well suited for use on 3D model marketplaces, print-on-demand jewelry platforms, custom jewelry design services, and manufacturing catalogs. Buyers receive a complete, detail-rich, presentation-ready design that can be used as-is or customized further, offering a fast, professional starting point for bringing this earring style to market.
