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Forget-Me-Not Topaz Flower Pendant — 3D CAD Jewelry Design File
*** All Files Types Include
Product Description
This 3D model captures a delicate Five-petal flower pendant inspired by the forget-me-not blossom, designed as a timeless, romantic piece suited for fine jewelry lines and personal keepsake collections. The pendant features open, looping petal outlines that curl gracefully around a raised floral center, creating a layered, dimensional silhouette rather than a flat stamped shape. A prong-set round center stone anchors the design, framed by a halo of ten smaller round accent stones nestled between the petals, giving the piece sparkle and movement from every angle. A rounded bail sits above the flower, sized to accommodate a standard cable or rolo chain. The design has been rendered in multiple finishes — rose gold, yellow gold, and white gold/platinum — each paired with a blue topaz-style center stone and white melee accents, demonstrating how the same CAD file adapts cleanly across metal tones for a full product line or catalog listing.
The model was engineered as a true jewelry-manufacturing file rather than a decorative render. Stone seating and prong geometry were built to real gemstone tolerances, with a 2.50 × 2.50 mm round center cavity and ten 1.10 × 1.10 mm round accent cavities, giving a total gem count of eleven stones and a combined approximate weight of 0.11 carats when set with diamonds or comparable melee. Overall pendant dimensions measure approximately 11.00 mm wide by 10.50 mm tall, with a bail height of 4.00 mm and a front-to-back thickness of roughly 3.00 mm, keeping the piece lightweight and comfortable for everyday wear. Wall thicknesses, prong heights, and petal loop diameters were checked for structural integrity so the design survives casting and stone-setting without weak points or distortion. Metal weight has been calculated across a full range of alloys — including 9K, 10K, 14K, and 18K white gold, 10K rose gold, and .925 sterling/continuum silver — giving manufacturers accurate costing data before a single piece is cast, with gram weights ranging from roughly 4.4 g in silver up to 6.7 g in higher-karat white gold.
Because the geometry is built to jewelry-industry standards, the file is ready to move directly into production. It can be 3D printed in castable wax or resin for traditional lost-wax casting, milled via CNC for master-model production, or printed directly for prototyping and fit checks before committing to metal. The prong settings are dimensioned for standard round melee sizing, so stone-setters can work from the file without re-engineering the cavities, and the open petal framework casts cleanly with minimal risk of porosity or incomplete fills when produced by an experienced caster. The design translates well across silver, gold, and platinum alike, making it a flexible base for both commercial-scale production runs and one-off custom orders.
This file is intended for jewelry designers, manufacturers, 3D printing services, and independent sellers looking for a ready-to-produce pendant design without starting from a blank scene. It is delivered as a native solid CAD file alongside common interchange and print formats — including 3DM, OBJ, STL, and other standard mesh/solid exports — so it can be opened in most major jewelry CAD and general 3D software, sent straight to a printer, or handed off to a casting house. Buyers can use the file as-is for immediate production, resize it for rings, earrings, or charm variations, or adapt the metal and stone choices to match their own product catalog, making it a practical, reusable asset for anyone building out a jewelry line.
