This round halo diamond pendant CAD design is created with a premium and elegant jewellery aesthetic, suitable for modern fine jewellery collections. The pendant features a central round brilliant cut stone surrounded by a delicate halo of smaller diamonds, offering enhanced brilliance and visual depth.

The design focuses on clean proportions, balanced stone placement, and smooth metal flow, ensuring excellent results during casting, stone setting, and polishing. The bail is designed for comfortable chain movement and proper alignment, making it ideal for daily wear and luxury occasions.

This CAD model is optimized for jewellery manufacturing and can be produced in yellow gold, rose gold, or white gold. The structure provides secure stone setting while maintaining a lightweight and refined appearance. The halo layout enhances sparkle without adding unnecessary bulk, making it suitable for both minimalist and premium jewellery brands.

The model is suitable for use in diamond pendant collections, bridal jewellery, anniversary gifts, and modern everyday luxury designs. All geometry is clean and professionally prepared for real production use.

USAGE

Diamond jewellery manufacturingGold and platinum jewellery productionFine jewellery pendant collectionsCustom jewellery projectsCasting and stone setting reference3D printing and CAM workflows

INCLUDED FILES

STL file with high-resolution geometry for 3D printing and casting3DM Rhino file fully editable for customization

IMPORTANT POINTS

Designed specifically for pendant use, not a necklaceAccurate stone setting dimensions for round and halo diamondsSmooth and clean CAD geometry suitable for castingBalanced weight distribution for comfortable wearEasy modification for metal type, stone size, or bail designManufacturing-friendly thickness and tolerances

CUSTOMER SUPPORT

Complete customer support is provided after purchase.Assistance is available for resizing, stone dimension changes, metal adjustments, or custom requirements.We ensure professional guidance to help achieve the best manufacturing outcome using this CAD model.