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Evil Eye Diamond Pendant Necklace – 3D CAD Model for Jewelry Manufacturing
*** All Files Types Include
- 3Dm - Obj - Stl - Glb - 3DS - CD - Ply - Fbx - Raw - Step - Dxf - Dwg - Ai - Step - Rhino 5 - Jpeg - Png
DescriptionEvil Eye Diamond Pendant Necklace is a striking symbolic pendant design that reimagines the classic protective eye motif through a fine jewelry lens. At its center sits a brilliant round-cut stone measuring 5.00mm x 5.00mm (approximately 0.47tw), held securely by a four-prong setting with decorative ball accents at each cardinal point. The eye-shaped frame surrounding the center stone features a detailed fluted, sunburst-style texture radiating outward, giving the piece dimension and a hand-finished, artisanal quality. A secondary round accent stone (1.20mm x 1.20mm, approximately 0.007tw) is bezel-set into the bail, adding a subtle sparkle at the point where the pendant meets the chain. The pendant hangs from a round jump ring connected to a hinged bail, and is designed to pair with a fine cable-link chain. Overall pendant dimensions are 10.50mm wide by 12.00mm tall, with a compact profile depth of approximately 3.50-3.75mm, making it lightweight and comfortable for everyday wear. The design has been rendered in white gold, yellow gold, and black rhodium finishes, demonstrating its versatility across metal types and styles, from delicate minimalist collections to bolder statement pieces.
The 3D modeling was built using professional jewelry CAD software with precision-controlled geometry suitable for production-grade manufacturing. The file includes fully closed, watertight, manifold meshes with clean topology and accurate wall thicknesses to prevent casting defects such as porosity or thin-wall breakage. Gemstone seats, prong heights, and bezel depths have been engineered to standard gemstone tables for a 5.00mm round stone and a 1.20mm round accent stone, ensuring proper stone seating and secure setting during bench work. The gem reporter and metal weight data included with this listing were generated directly from the native file, giving buyers accurate reference figures for total carat weight, gram weight across multiple metal types (9K, 10K, 14K, and 18K white gold, sterling silver, and rose gold), and specific gravity calculations, so pricing and quoting can be done with confidence before physical production begins. The model is delivered in native format along with widely compatible export formats such as STL, OBJ, and other standard mesh formats, making it usable across a broad range of CAD, sculpting, and slicing software.
This design is manufacturing-ready and suitable for multiple production methods, including wax 3D printing for lost-wax casting, direct metal 3D printing, and CNC milling workflows. The pendant, bail, and jump ring are provided as separate, correctly scaled components so that manufacturers can assemble, solder, or hinge the pieces according to their preferred production process. Because the geometry has been checked for shell integrity and stone-setting accuracy, jewelry manufacturers, casting houses, and independent goldsmiths can move directly from file to production without extensive rework, saving time on pre-production preparation. The design is compatible with standard jewelry-grade materials including gold, silver, and platinum alloys, and it accommodates lab-grown or natural gemstones cut to the specified stone sizes.
This file is ideal for jewelry designers, manufacturers, 3D printing services, and online jewelry retailers looking to expand their catalog with a trend-forward, symbolic pendant design. The evil eye motif has broad, ongoing appeal across fine jewelry and fashion jewelry markets, making this a versatile addition to bridal alternative lines, everyday wear collections, or protective/symbolic jewelry categories. Buyers purchasing this CAD file gain a ready-to-manufacture asset that eliminates design and modeling time, allowing for faster turnaround from concept to finished, sellable product. This listing is intended strictly for legitimate jewelry design, 3D modeling, and manufacturing purposes.
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