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Presenting a refined Asscher Cut Engagement Ring CAD model featuring a bold solitaire setting with a fully pave-set band. This design highlights the distinctive step-cut geometry of the Asscher center stone, offering a sophisticated and timeless appeal ideal for luxury bridal collections.
The center stone is secured with strong corner prongs designed to protect the cut edges while maintaining maximum visibility of the stone’s clean lines and mirror-like facets. The elevated head structure provides excellent light exposure from multiple angles, enhancing brilliance and depth.
The band is adorned with precisely aligned round pave diamonds along the shank, delivering continuous sparkle that complements the geometric elegance of the Asscher cut. The shank maintains balanced metal thickness to ensure durability, secure stone setting, and smooth casting results.
The gallery is engineered for structural stability and proper weight distribution, making the design practical for manufacturing in yellow gold, white gold, rose gold, or platinum. The model is optimized for professional production workflows and allows easy customization.
This ring is ideal for jewellery manufacturers, CAD designers, and brands seeking a modern yet timeless engagement ring with strong architectural presence.
Included Files:• STL file (ready for 3D printing and casting)• 3DM file (fully editable Rhino file for resizing and customization)
Important Points:• Designed for Asscher Cut center stone• Secure four-prong corner protection• Pave-set band for continuous brilliance• Balanced metal thickness for durability• Production-ready and casting-friendly structure• Easy resizing and stone size modification• Clean surfaces optimized for high-quality finishing• Suitable for multiple precious metal options
Customer Support:
Professional after-sales support is available.For size adjustments, stone dimension changes, metal weight calculation, or custom modifications, please contact us anytime.
Fast response and reliable CAD assistance guaranteed.
REVIEWS & COMMENTS
accuracy, and usability.
