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Floral Cluster Halo Stud Earrings — Round Brilliant 3D CAD Model (3DM, STL, OBJ)
*** All Files Types Include
Description
This 3D CAD design presents a pair of floral cluster stud earrings, built around a central round brilliant gemstone surrounded by eight symmetrical flower motifs arranged in a snowflake-like halo. Each flower features a raised, beaded center and softly domed petals, giving the piece a delicate, garden-inspired silhouette that reads as both romantic and structured. The center stone sits in a four-prong setting framed by a beaded gallery edge, while the earrings close with a decorative scroll-and-post friction back for secure, everyday wear. The file is presented with a 4.00mm round center stone (approx. 0.24ct per earring, 0.48ct total weight for the pair), though the setting can be resized to accommodate other round stone diameters. The design has been rendered in multiple finishes — including yellow gold, white gold, and rose gold — paired with diamond, emerald, and aquamarine center stones, demonstrating how well the cluster silhouette adapts across metal and gem combinations for a full product line or catalog offering.
The model was built with jewelry-specific CAD tools, giving it the technical accuracy required for both digital presentation and physical production. Construction dimensions are fully documented: the floral cluster face measures 8.50mm x 9.00mm, the center flower motif spans 4.00mm x 4.00mm, the gemstone gallery sits at a 1.00mm bezel height, and the stone seat depth measures 3.50mm, with a standard post diameter sized for standard earring backs. An integrated gem report confirms stone count and total carat weight for accurate costing, and a metal weight calculator provides gram, DWT, and specific-gravity values across common alloys — including 9K, 10K, 14K, and 18K white gold, .925 sterling silver, and 10K rose gold — so producers can quote pricing before a single piece is cast. The mesh is clean, watertight, and manifold, with properly welded petal and prong geometry that holds up under close inspection at any render angle or print resolution.
Because the geometry is manifold and print-verified, the file is ready for direct use across standard jewelry manufacturing workflows. It is suitable for wax or resin 3D printing on DLP/SLA printers for investment casting, for direct metal printing, or for CNC-assisted fabrication and hand-finishing by a bench jeweler. The even wall thickness across the petals and gallery beading has been designed to survive the lost-wax casting process without warping or breakout, and the prong and post dimensions follow standard stone-setting and earring-back tolerances, minimizing rework at the finishing stage. The included metal weight data allows manufacturers to estimate material cost and final piece weight in advance across a range of karats and alloys, making the file practical for both one-off custom orders and small-batch production runs.
This CAD file is offered for commercial and personal use by jewelry designers, manufacturers, 3D printing services, and independent sellers looking to add a ready-to-produce floral cluster stud design to their catalog without starting the modeling process from scratch. It suits online jewelry storefronts, made-to-order and print-on-demand shops, CAD marketplaces, and manufacturers sourcing print-ready files for casting houses. Because the design already includes documented dimensions, gem specifications, and metal weight data, buyers can move straight from download to quoting, prototyping, or production, saving significant design and pre-production time. The file is delivered in industry-standard formats — including 3DM, STL, and OBJ, with other formats available on request — ensuring compatibility with the most widely used jewelry CAD, rendering, and slicing software.
