Gold Bridal Necklace 3D print model

This luxurious gold necklace 3D model is a meticulously crafted digital representation of a traditional Indian bridal necklace, featuring intricate filigree detailing and teardrop motifs that reflect timeless elegance and regal craftsmanship. The design integrates classic ornamental scrollwork with delicate lattice-style textures, finished with symmetrical droplet-shaped pendants that give it a rich and authentic ethnic appeal. Perfectly suited for high-end jewelry visualization, prototyping, and manufacturing, this model brings a perfect balance between aesthetic complexity and professional-grade geometry.

Engineered with precision for 3D artists, jewelry designers, and virtual try-on solutions, the model is fully optimized for realistic renders and animations. It can also serve as an excellent base mesh for creating variations or embedding gemstones. The consistent mesh flow ensures seamless editing in major CAD and 3D platforms, making it ideal for use in both commercial and personal projects such as digital catalogs, eCommerce visualizations, virtual reality jewelry stores, and more.

Whether you're working on high-resolution product renders or preparing a design for wax casting, this 3D necklace offers unmatched realism and styling possibilities that cater to both modern and traditional audiences.

Key Features:

Highly detailed gold necklace with traditional filigree elements

Teardrop pendants designed with inner cavities for gemstone placement

Ideal for bridal, wedding, and ceremonial jewelry design concepts

Fully optimized mesh with clean edge loops and quad topology

High-resolution geometry suitable for close-up visualization

Supports 3D printing, CNC milling, and lost wax casting workflows

Compatible with popular formats: .OBJ, .STL, .FBX, etc.

Suitable for use in Blender, Rhino, MatrixGold, ZBrush, and KeyShot

Perfect for virtual jewelry stores, marketing renders, and AR/VR try-ons

Royal design inspiration with Indian and Middle-Eastern aesthetic influences