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This elegant solitaire engagement ring features a classic Asscher cut center stone secured in a refined four-prong setting. The elevated head structure enhances the brilliance of the center stone while allowing maximum light reflection from every angle. The band is beautifully decorated with a row of small round pave diamonds that add additional sparkle and sophistication without overpowering the center gemstone.
The design combines timeless elegance with modern minimalism, making it suitable for engagement rings, fine jewellery collections, or luxury custom jewellery manufacturing. The slim and balanced shank provides comfort while maintaining strong structural integrity for production.
This CAD model has been carefully created for professional jewellery manufacturing and is optimized for casting and stone setting. The proportions, prongs, and pavé placements are designed with practical production standards in mind.
The ring is suitable for multiple metal variations including yellow gold, white gold, rose gold, and platinum. The model shown in the preview images demonstrates different metal color options to visualize the final jewellery appearance.
Perfect for jewellery designers, manufacturers, and brands looking for a high-quality ready-to-produce solitaire ring design.
Included FilesSTL file for 3D printing and casting3DM Rhino CAD file for editing and customization
Important PointsHigh quality professional jewellery CAD modelDesigned for casting and manufacturing workflowClean geometry with precise stone placementsFour prong secure center stone settingPave diamond band for additional brillianceSuitable for engagement or luxury fine jewelleryEasily customizable for different stone sizes and metalsCompatible with standard jewellery production processes
Customer SupportIf you need any modifications such as ring size adjustment, stone size changes, or custom variations, support is available. Assistance can be provided for preparing the design according to specific manufacturing requirements.
REVIEWS & COMMENTS
accuracy, and usability.
