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Sparkle Star Celescial Studs Classic Solitaire Earrings
*** All Files Types Include
- 3Dm - Obj - Stl - Glb - 3DS - CD - Ply - Fbx - Raw - Step - Dxf - Dwg - Ai - Step - Rhino 5 - Jpeg - Png
Product DescriptionDesign OverviewThe Sparkle Star Studs are a bold, architectural take on the classic solitaire earring, built around a princess-cut center stone framed by a dramatic four-point compass star silhouette. Each arm of the star tapers into a sharp, sculpted spire, while a ring of small decorative bead accents traces the inner frame around the stone, adding texture and light-catching detail without competing with the center gem. The negative space carved between the star's arms and the gallery gives the piece a sense of movement and openness, so the design reads as substantial from the front while remaining light and comfortable to wear. The center setting uses a secure four-prong princess-cut mount, and the overall silhouette measures approximately 12.5mm wide by 15mm tall, making it a striking statement stud that still sits close to the ear. The design has been rendered in multiple finishes — polished yellow gold, white gold/platinum, and a dark black-rhodium finish — to demonstrate how the piece adapts across metal tones for different customer preferences.
3D Modeling DetailsThis listing includes a fully native, manufacture-ready 3D CAD model built and finalized in a professional jewelry design environment, with clean, printable, watertight geometry suitable for direct output. The file set includes gem library data for two princess-cut stones at 4.00mm x 4.00mm each, totaling approximately 0.80 total carat weight, with all seats, prongs, and bezel details properly proportioned to the stone dimensions and generated through automated gem-fitting tools. Full metal weight reports are included, calculated across a wide range of alloys — 9K, 10K, 14K, and 18K white gold, sterling silver, silver continuum, and rose gold — giving buyers accurate DWT, gram, and specific-gravity data before production. The model is delivered with complete front, side, and perspective views along with labeled technical dimensions (overall height, width, depth, and post length) to support quality control, quoting, and tooling setup. Standard friction-back post assemblies are integrated into the design and can be resized or swapped for alternative finding types as needed.
Manufacturing SuitabilityThis file is optimized for both traditional lost-wax casting and modern additive manufacturing, including resin 3D printing and wax 3D printing for investment casting. The mesh is clean and manifold, with no non-manifold edges, inverted normals, or floating geometry, ensuring reliable slicing and printing at fine jewelry resolution. Wall thicknesses, prong dimensions, and post diameters have been checked for real-world castability and wearability, making this design suitable for small-batch studio production as well as larger-scale manufacturing runs. The model is compatible with standard jewelry CAD/CAM workflows and can be scaled, resized, or adapted to different gemstone shapes and sizes with minimal rework.
Licensing & Sales UseThis 3D design file is offered for commercial jewelry production and is compatible with common file formats used across 3D printing and jewelry manufacturing pipelines, including 3DM, STL, OBJ, and other standard mesh/solid formats upon request. It is ideal for jewelry designers, manufacturers, 3D printing services, and online jewelry retailers looking to add a distinctive, ready-to-produce stud earring design to their catalog without starting from scratch. Buyers receive a print-ready, technically accurate file suitable for prototyping, sampling, and full production, along with reference renders and metal weight documentation to support listing, quoting, and customer presentation.
REVIEWS & COMMENTS
accuracy, and usability.
