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Diamond Flower Petal Cluster Stud Earrings – 3D CAD Model
*** All Files Types Include
Product DescriptionDesign OverviewThese elegant stud earrings feature a striking asymmetrical silhouette combining a round brilliant-cut center diamond with a curved, organic petal-shaped cluster of pavé-set round diamonds. The center stone, prong-set in a classic four-prong basket setting, is elevated beside a flowing, leaf-like plaque set with five graduated round diamonds in a scattered, nature-inspired arrangement. The cluster's soft, undulating outline offers a modern take on traditional flower and petal motifs, giving the piece a contemporary, sculptural quality while remaining wearable for everyday use. The total design measures approximately 12.25mm in width and 6.75mm in height, with a total gem weight of 1.13 carats across 12 stones, including a 5.00mm center round diamond. The design is offered in multiple metal finishes — including white gold, yellow gold, and rose gold — and is shown with colorless as well as fancy-colored gemstone options, giving buyers flexibility for customization and personalization.
3D ModelingThis file was meticulously modeled using professional jewelry CAD software with precise, manufacture-ready geometry. The model includes accurately proportioned prong settings, seat depths, and girdle rests calibrated for real round brilliant-cut stones, ensuring secure gemstone placement. Component parts — including the earring posts, friction-back closures (butterfly backs), prong heads, and the decorative petal plaque — are cleanly separated and organized for easy editing, resizing, or metal-weight recalculation. Gem reporter data is included, detailing stone counts, millimeter sizes, and total carat weight, along with a metal weight reference chart across various gold and silver alloys. The mesh is clean, watertight, and optimized for both rendering and prototyping, with topology suitable for smooth CNC milling or direct resin/wax 3D printing.
ManufacturingThe file is fully prepared for real-world jewelry production and is compatible with 3D printing technologies such as SLA, DLP, and wax-based resin printers commonly used in the jewelry casting industry, as well as CNC milling workflows. It supports lost-wax casting in sterling silver, 10K/14K/18K white, yellow, and rose gold, platinum, and other standard jewelry alloys. Prong heights, gem seats, and support structures have been designed with manufacturing tolerances in mind to minimize stone-setting difficulty and casting defects. The included gem and metal weight reports assist manufacturers and retailers in accurately calculating production costs, material requirements, and final pricing before committing to production runs.
