This Square Halo Solitaire Stud Earrings 3D CAD model is a bold and luxurious jewelry design created for professional jewelry manufacturing. The design features a perfectly proportioned square center stone surrounded by a refined halo that enhances brilliance, symmetry, and visual impact.
The square halo frame provides a strong geometric look while maintaining elegance and balance. Clean edges, precise stone placement, and a structured gallery ensure excellent light performance, durability, and premium finishing quality. The open backside design supports easy cleaning and efficient casting.
This model is ideal for luxury stud earrings suitable for bridal jewelry, festive collections, and high-end retail lines. Optimized for real-world production, it can be manufactured in gold, rose gold, silver, and other precious metals. The square halo solitaire style is highly demanded for its modern yet timeless appeal.
USAGE
This 3D CAD model can be used forJewelry manufacturing and castingGold, silver, or rose gold stud earring productionJewelry prototyping and sample developmentBridal and luxury jewelry collectionsRetail and wholesale jewelry manufacturingCustomization and resizing as per brand requirements
INCLUDED FILES
STL file ready for casting and manufacturing3DM file compatible with Rhino software
All files are clean, verified, and optimized for production use.
IMPORTANT POINTS
High-quality professional CAD modelManufacturing-friendly halo and prong structureExcellent symmetry and clean geometrySmooth surfaces for premium polishingSecure stone setting and balanced proportionsComfortable stud design suitable for daily wearEasy to modify and scale in CAD software
CUSTOMER SUPPORT
Complete customer support is provided after purchase.If you face any issues related to files, scaling, or software compatibility, feel free to contact us.We are always available to assist with technical support and minor adjustments when required.
STL (Stereolithography, filesize: 19.6 MB), MP4 (MP4, filesize: 170 MB), 3DM (Rhinoceros 3D, filesize: 30 MB)
