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Lily of the Valley Pear Diamond Pendant — 3D CAD Jewelry Design
*** All Files Types Include
Product DescriptionThis pendant design draws its inspiration from the delicate, nodding form of lily of the valley blossoms, translated into a sculptural silhouette of a gracefully curved stem that arches downward into a cluster of bell-shaped florets. A prong-set pear-cut gemstone, sized at 6.00 x 4.00mm (approximately 0.35ct), sits nestled beneath the curve of the stem, evoking a single dewdrop caught within the flower's arch. The organic, sweeping line of the stem connects to a sturdy hinged bail, making the piece equally suited to a delicate chain or a bolder presentation. The overall pendant measures roughly 20mm in length and 9.5mm across at its widest point, offering a compact, wearable scale that works well as an everyday accent or a gift piece.
The file was originally modeled in a professional CAD environment (Rhino/Matrix-based workflow) with full parametric dimensioning, gem library integration, and a functioning gem reporter for accurate stone specifications. The design is delivered as clean, watertight, manifold geometry, making it ready for direct use in rendering, prototyping, or manufacturing pipelines. Files are typically supplied in native 3DM format along with universally compatible export formats such as STL and OBJ, allowing the geometry to be opened, scaled, or modified in most major 3D modeling and jewelry CAD programs, including Rhino, Matrix, JewelCAD, and Blender. The bail, stem, and floret cluster are modeled as a single continuous shell with consistent wall thickness, ensuring the piece prints cleanly on both resin and wax 3D printers without weak points or thin walls.
For manufacturing, this design is production-ready and has been tested against standard metal-casting weight calculations across a range of alloys, including sterling silver, 10K/14K/18K white gold, yellow gold, rose gold, and platinum-family options, with gram weights and specific gravity values already calculated for common metal libraries. The pear gemstone setting is built with functional prongs sized to securely hold a real faceted stone of matching dimensions, so the file can be sent directly to a caster or 3D-printed in wax/resin for lost-wax casting, or produced via direct metal 3D printing. The design is well suited to small-batch production, made-to-order fine jewelry, or larger scale manufacturing runs.
This file is offered for sale on 3D asset marketplaces catering to jewelry designers, manufacturers, and hobbyist makers who need print-ready, manufacturing-grade CAD content. It is well suited for buyers seeking unique pendant designs for private label jewelry lines, Etsy or independent jewelry shops, 3D printing services, and CAD training or reference libraries. Because the geometry is fully editable, purchasers can resize the piece, swap the center stone, or recolor the metal finish (examples shown in silver, yellow gold, and rose gold) to fit their own brand or customer requests, making this a flexible, reusable asset for ongoing commercial use.
