Showing 417–432 of 1103 results
A high-precision 3D model of Teardrop Pearl Dangle Earrings, featuring linear diamond detailing, Art Deco geometry, and a graceful teardrop pearl drop. Optimized for jewelers who demand efficiency, accuracy, and premium design quality. Includes JCD, 3DM, and STL formats.
A refined Teardrop Pearl Diamond Pendant 3D Model inspired by Art Deco geometry and modern luxury. Featuring a vertical line of round brilliant diamonds and a sculpted teardrop pearl, this production-ready model gives jewelers a polished, market-ready design without the long modeling hours. Includes JCD, 3DM, and STL files.
Elevate your jewelry manufacturing with our premium Triple Heart MOM Necklace 3D Model. Features three heart-cut gemstones (total 1.339 carats) elegantly integrated with a flowing “M” design. Includes complete JCD, 3DM, and STL files for immediate production. Dimensions: 24.10mm width, 4.53mm height, 9.85mm thickness. Perfect for Mother’s Day collections.
The 1.5ct Pave Bridal Rings 3D Model features a princess-cut diamond in a four-prong setting with pave diamonds on the band. Available in JCD, 3DM, and STL formats for US sizes 5-9.
Elevate your jewelry designs effortlessly with the Pearl Proposal Ring 3D Model. Featuring a stunning 9.5mm pearl, modern K-gold band, and wave-set diamonds, this model delivers luxury and precision in formats perfect for 3D printing.
Art Nouveau Diamond Pendant 3D model in JCD/3DM/STL. Belle Époque teardrop with flame/swan curves, 7-stone cluster (0.262ct: 1×2.8mm center, 6×2.0mm), 26.02mm height, 4.19mm depth. Authentic organic line work, period-accurate proportions. Estate-quality jewelry ready for casting. Jewelry makers deliver Art Nouveau mastery without historical modeling expertise.
Our Butterfly Charm Bracelet 3D Jewelry Model includes 3DM and STL files, designed for 3D printing. Create dazzling bracelets with this gemstone-encrusted butterfly charm, perfect for layering or as a clasp detail.
Create stunning designs with the Butterfly Pearl Earrings 3D Jewelry Model File STL, featuring diamond-accented butterfly wings and a 9mm pearl. Available in JCD, 3DM, STL formats.
The Diamond Halo Pearl Studs Earrings Model features a 13x11mm oval pearl encased in a brilliant diamond halo. Available in JCD, 3DM, and STL for effortless jewelry creation.
Discover timeless sophistication with this classic Diamond Halo Pendant model—a multi-layered concentric design featuring 27 precisely mapped round diamonds totaling 0.291 carats. This 9.95mm spherical masterpiece showcases triple-halo brilliance in compact elegance. Production-ready files include JCD, 3DM, and STL formats for seamless manufacturing. Transform weeks of intricate modeling into minutes of strategic deployment.
This Diamond Infant Keepsake Jewelry 3D Model features a modern two-part baby shoe design with cutout floral patterns and a 1mm (~0.005ct) diamond. Includes .jcd, .3dm, and .stl files.
Design elegant, symbolic pieces with the Diamond Loop Necklace 3D Model, featuring a stunning loop adorned with sparkling diamonds.
Create stunning pieces with the diamond necklace with heart jewelry model. Featuring a heart-shaped design with a cluster of diamonds, available in JCD, 3DM, and STL formats—perfect for jewelry makers.
Double Pearl Infinity Necklace 3D design files (JCD/3DM/STL) with dual pearls (10mm/12mm), 36 diamonds (0.252ct total), and infinity symbol. Modern romantic styling for premium jewelry production.
Filigree Butterfly Pendant – Openwork Artistry
Exquisite openwork design featuring 131 diamonds (0.377ct total) in graduated sizes from 0.7-1.525mm. Statement dimensions: 25.86×20.15×3.59mm. Complete with JCD, 3DM, STL formats for immediate production.
Where negative space becomes positive impact.
Professional Filigree Teardrop Pendant 3D model featuring intricate openwork scrollwork and 50 pavé diamonds (0.40ct total). Dimensions: 60.68mm × 38.12mm × 4.08mm. Includes JCD, 3DM, and STL files in both rose gold and white gold versions. Skip weeks of complex modeling—start casting this elaborate design today.
