Exquisite Square Link 10pt Diamond Tennis Bracelet Model
$8.00Download the 10pt Diamond Tennis Bracelet 3D model, a 167mm geometric design with 38 half-bezel set diamonds (approx. 6.84 carats total). Available in JCD, 3DM, and STL formats.
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Download the 10pt Diamond Tennis Bracelet 3D model, a 167mm geometric design with 38 half-bezel set diamonds (approx. 6.84 carats total). Available in JCD, 3DM, and STL formats.

Professional Twisted Spiral Pendant – Nature-Inspired 3D Model
Elevate your jewelry line with this sophisticated pendant inspired by DNA double helix and natural vine patterns. Measuring 23.66mm × 7.02mm × 4.66mm, featuring intertwining wide and narrow metallic bands in modern minimalist style. Complete package includes JCD, 3DM, and STL formats for seamless production integration.

A Victorian Style Key Charm 3D model with romantic filigree and Baroque details. Includes JCD, 3DM, and STL files. Size: 73.49 x 29.77 x 6.67 mm. Perfect for jewelry designers.

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.

The Pearl Diamond Earrings Model showcases a 9mm pearl encircled by intricate silver floral patterns. Available in JCD and 3DM formats, it’s perfect for creating timeless, elegant earrings.

Stunning Wide Floral Hoop Earrings 3D models featuring Byzantine-inspired botanical designs with 6 stones (0.396 carats) per earring. Two-tone gold construction. Complete JCD, 3DM, STL files for immediate production.

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.

Fan arch pearl drop earrings featuring a geometric half-moon pavé crescent frame, bezel solitaire stud top, and delicate chain link drop — designed for Akoya, pink freshwater, and South Sea pearl variants. Production-ready CAD with 32-stone diamond layout and open-back pearl seat for versatile retail SKU positioning.

Elevate your jewelry designs with our 0.1ct Diamond Stud Earrings models. These 3D files feature a modern, bezel-set round diamond, offering elegance and versatility for any occasion.

Bring luxury to life with our filigree cocktail flower ring 3D model. Intricate Art Nouveau design with 15 diamonds (0.088 ct). Ready for 3D print, U.S. sizes 5–9.

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.

Craft a stunning Gem Or Diamond Tennis Bracelet Model with ease. Featuring 2.55mm round gemstones (~0.06ct each) in a prong-set classic design, this ready-to-use 3D model saves hours of intricate work. Formats: JCD, 3DM, STL.

Eliminate tedious modeling with this 10pt Gem Or Diamond Tennis Bracelet Model. Featuring 34 prong-set gemstones (approx. 3.4 carats) in a 161mm design, available in JCD, 3DM, and STL formats.

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.