Showing 337–352 of 822 results
Authentic Vintage Key Charm Diamond Pendant 3D model inspired by Victorian palace keys. Features 84 diamonds (0.312ct total) with baroque styling. JCD, 3DM, STL files. Size: 45.90×16.39×5.68mm. Premium jewelry manufacturing ready.
Elevate your jewelry collection with our Y-Shape Diamond Pendant Model featuring 24 brilliantly arranged diamonds (0.458ct total) in a striking contemporary design. Complete with JCD, 3DM, and STL files for immediate production. Save countless design hours while delivering stunning 31.12×30.97×4.64mm pendants that command premium prices.
Flame Diamond Pendant 3D Model
A modern flame-inspired pendant with 13 diamonds totaling 0.491 ct, asymmetrical spiral flow, and production-ready geometry. Includes JCD, 3DM, STL files.
Dynamic Flame Spiral Pendant 3D model with ascending multi-band design inspired by flame aesthetics. Complete JCD, 3DM, STL files. Dimensions: 20.67mm height. Abstract expressionist style for bold jewelry collections.
Production-ready flame wing pearl pendant CAD model featuring a full-body uniform pavé diamond frame across dual asymmetric wing arms, open negative space split tip, and an open cradle pearl base seating a 9mm pearl. 68 round diamonds at uniform 1.3mm, 0.544 CT total. DLP/SLA printable and casting-ready across all standard alloys.
3 carat diamond solitaire pendant 3D model in JCD/3DM/STL. Classic four-prong setting for 3.071ct round brilliant (9.375mm), 10.04mm setting head, compact proportions for wearable luxury. Investment-grade solitaire engineering ready for casting. Jewelry makers deliver high-carat confidence without scale-appropriate modeling complexity.
A Custom Engraved Necklace 3D model featuring a diamond pavé pendant with smooth metal edges, ideal for personalized engravings and high-end jewelry crafting.
Professional Double Cross Pendant Necklace 3D model featuring coordinated dual crosses with 43 pavé diamonds (0.297ct). Main cross: 26.10mm × 17.87mm. Chain cross: 15.59mm × 10.05mm. Includes decorative clover clasp. Complete JCD, 3DM, and STL files deliver entire necklace system ready for immediate production.
A refined Fleur de Lis Diamond Key Pendant Necklace model featuring a geometric crest design with 0.03 ct diamonds. Includes JCD, 3DM, and STL files—optimized for efficient jewelry manufacturing.
Ready-to-use Floating Pearl Bar Necklace Model featuring 5 suspended pearls in a minimalist bar layout. Includes JCD, 3DM & STL files—elegance meets efficiency.
Floating pearl circle pendant featuring an 8mm pearl suspended at center inside a polished open circle frame, three-row graduated diamond pavé crescent base, and a fully pavé-covered dome bail — production-ready CAD in 3DM, STL, and JCD formats. 64 round brilliant diamonds totaling 0.401 CT across two distinct setting zones. Available in all standard gold alloys, platinum, and 925 silver.
Floating pearl teardrop diamond pendant featuring an open pavé teardrop frame, stacked geometric connector, and a suspended 10mm pearl seat with 83 round diamonds totaling 0.615 CT. Production-ready fine jewelry CAD model with full multi-metal weight data.
A precision-crafted Flower of Life Key Pendant Necklace Model featuring sacred geometry, honeycomb lattice, and a 0.015 ct center diamond. Includes JCD, 3DM, and STL files—optimized for efficient jewelry production and clean casting.
Four Leaf Clover Diamond Pendant 3D Model
A symmetrical clover-inspired pendant with 2 diamonds (0.06 ct total), clean curves, and ready-to-produce JCD, 3DM, STL files.
Production-ready four petal flower crown pearl pendant CAD model featuring a three-zone vertical drop structure, 35-stone round diamond layout, and casting-optimized open crown pearl cradle geometry. Delivered as 3DM, STL, and JCD files with full multi-metal weight data for direct factory costing.
A bold Four Star Diamond Key Pendant Necklace model featuring a textured oval medallion, four 0.024 ct total diamonds, and precision symmetry. Includes JCD, 3DM, and STL files—optimized for efficient jewelry production and high-end results.
