This elegant pear halo engagement ring 3D model features a beautifully proportioned pear-shaped center stone surrounded by a fine halo of round diamonds. The slim pavé shank adds continuous sparkle while maintaining a refined, feminine silhouette. The overall design delivers a perfect balance between classic luxury and modern sophistication, making it ideal for bridal collections and premium custom jewellery projects.

The ring is professionally modeled for real jewellery CAD and manufacturing workflows. The prong system is designed to securely support the pear-cut center stone, while the halo and pavé stones are positioned with accurate spacing for practical stone setting. The gallery beneath the head is clean and open, allowing good light performance and functional access during production.

All geometry is production-ready with smooth surfaces and balanced proportions, optimized for resin printing, lost-wax casting, and CAM workflows. The model can be easily resized, stone sizes can be adjusted, and design elements can be modified to suit client-specific requirements, making it a versatile asset for designers, workshops, and manufacturers.

This file is suitable for jewellery designers, CAD artists, manufacturers, and commercial sellers who need a reliable, high-quality engagement ring model for both visualization and real production use.

INCLUDED FILES

STL

3DM (Rhino / Matrix compatible)

IMPORTANT POINTS

Professionally designed for jewellery CAD and manufacturing workflows

Pear-cut center stone with refined halo and pavé band

Accurate prong and stone seat construction for secure setting

Clean geometry suitable for casting and high-resolution resin printing

Easy to edit for resizing, stone changes, and customization

Suitable for rendering, client presentation, and commercial use

CUSTOMER SUPPORT

Full support is provided after purchase.If you face any issues with files, scaling, editing, or software compatibility, you can contact me anytime.Custom jewellery CAD designs and modifications are also available based on your requirements.