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Monstera Leaf Solitaire Pendant — 3D CAD Jewelry DesignProduct NameMonstera Leaf Diamond Pendant – 3D Printable Jewelry CAD File (Tropical Leaf Solitaire Necklace)Description
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Design OverviewThis pendant design takes its inspiration from the iconic split-leaf silhouette of the Monstera (Swiss cheese plant), reimagined as a fine jewelry solitaire piece. The organic leaf outline is fully pierced with natural cutout notches along its edges, giving the metal surface a light, airy quality while retaining a bold, recognizable botanical shape. A single round brilliant gemstone is nestled into one of the lower leaf lobes, held securely with a four-prong setting, while the central vein of the leaf is rendered as a raised, gently curved ridge that runs the full length of the pendant down to a tapered point at the base. A sculpted, tapered bail sits naturally at the top of the leaf, ready to accommodate a standard cable chain. The design reads equally well as a delicate everyday pendant or a nature-themed statement piece, and its symmetric yet organic silhouette makes it versatile for both casual and elevated jewelry collections.3D Modeling DetailsThe pendant was modeled in a professional jewelry CAD environment using precise, manufacture-ready construction with clean, watertight, non-manifold-free geometry suitable for direct casting or resin/metal 3D printing. Full dimensional documentation is included: overall pendant height of 15.25 mm, width of 9.00 mm, bail height of 4.25 mm, base tip width of 1.00 mm, and a gemstone seat sized for a 2.50 x 2.50 mm round stone (approximately 0.06 ct total weight), with wall and vein thicknesses ranging between 1.00–2.25 mm to ensure structural strength after casting. A built-in gem library reference (Round, 1 stone, 0.06 tw) and a metal weight report are included, covering estimated gram, DWT, and specific gravity values across White Gold (9K–18K, PdW and KW variants), Yellow and Rose Gold, and Sterling Silver/Silver Continuum, allowing buyers to accurately estimate production cost in their metal of choice before manufacturing. The stone, prongs, bail, and leaf body are modeled as separable, cleanly organized solid components for easy editing, resizing, or gemstone substitution.Manufacturing InformationThis file is prepared for direct use in fine jewelry production and is compatible with lost-wax casting, resin 3D printing (SLA/DLP), and metal additive manufacturing (SLM/DMLS) workflows. The design supports casting in sterling silver, 10K/14K/18K yellow, white, or rose gold, platinum, and other standard jewelry alloys. Wall thicknesses and support structures have been considered to reduce casting porosity risk and prong breakage, and the prong setting is dimensioned for standard round gemstone sizing (with room for resizing to accommodate diamonds, moissanite, cubic zirconia, or other faceted round stones). The pendant can be scaled proportionally for use as a larger statement piece or a smaller minimalist charm without loss of surface detail.Sales & LicensingThis CAD file is offered for sale on 3D model marketplaces and jewelry design platforms and is delivered in industry-standard formats — 3DM, OBJ, STL, and other formats available on request — making it compatible with major CAD, rendering, and 3D printing software used by jewelers, manufacturers, and independent designers. It is well suited for jewelry brands, custom jewelry studios, 3D printing bureaus, and designers seeking a ready-to-produce tropical/botanical pendant for retail or made-to-order collections. Buyers receive a production-ready digital asset intended for manufacturing, prototyping, and commercial resale of the physical jewelry piece produced from the file, subject to the marketplace's standard license terms.
