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This beautifully crafted three-stone oval halo ring CAD model is designed with exceptional attention to detail, making it ideal for professional jewellery manufacturing. The centerpiece features a brilliantly cut oval diamond, surrounded by a precisely engineered micro-pave halo that enhances brilliance and adds luxurious volume to the ring.
On each side of the central stone sits a perfectly matched pear-shaped diamond, creating a classic three-stone composition symbolic of past, present, and future. These side stones are supported by secure prongs and balanced placements that ensure both stability and aesthetic symmetry.
The halo is constructed with clean, uniform stone seats, allowing effortless stone-setting and ensuring a smooth, polished final appearance. The ring gallery features a strong architectural structure for long-term durability, while the shank offers a comfortable contour suitable for daily wear.
This CAD model is ideal for jewellers, manufacturers, resellers, and CAD designers seeking a professional, production-ready design. Its accurate geometry, clean mesh, and manufacturing-friendly proportions make it suitable for casting, CNC processing, and high-quality product renders. Whether used for customized jewellery orders or premium catalogue listings, this ring model provides a flawless and reliable foundation for fine jewellery creation.
Files Included
• STL File (Ready for 3D printing, casting & CNC)• 3DM File (Fully editable Rhinoceros CAD model)• High-resolution rendered images
Usage
• Jewellery manufacturing & production• Casting and CNC workflow• Online store product listings• High-quality rendering and marketing visuals• Custom design modification for clients• Ready-to-use base for premium catalogue creations
Customer Support
• Assistance with opening STL/3DM files• Support for resizing and basic adjustments• Help with CAD technical issues• Guidance for manufacturing and stone-setting readiness• Fast replies for model-related questions• Lifetime access to purchased files with continued support
REVIEWS & COMMENTS
accuracy, and usability.
