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Textured Wedding Bands Set - Gold and Silver Spiral Design Rings 3D Model
This high-quality 3D model features a set of elegant wedding bands with a unique spiral-textured surface. The set includes a polished gold ring and a lustrous silver ring, each showcasing a refined diagonal groove pattern that catches light beautifully. Perfect for wedding jewelry, fashion accessories, or luxury design visualization projects, these rings are modeled with precision to ensure photorealistic rendering and realistic material representation.
The model is ideal for jewelry designers, 3D artists, and visualizers who want to incorporate luxury wedding bands into their projects. Both rings have clean topology and optimized geometry, suitable for close-up renders or 3D printing with minor adjustments.
Average Weight Silver 925 - 5.7 gramsAverage Weight Gold 14K - 7.1 gramsAverage Volume 3D Model - 564 mm3
The collection of models includes 3D files in various formats such as 3DM, ZBrush, OBJ and also a size range of rings in STL format.Presented 3D models of rings in sizes:US5; US6; US7; US8; US9; US10; US11; US12; US13
The model does not include disassembled parts and individual items for download. Only seamlessly connected elements into a single whole. Provided that the model does not contain inserts or inlays from other types of materials (gold / wood / diamond inlay). All patterns, bas-relief elements and sculptural compositions are connected in the model using Boolean operations and are not distributed by separate elements.Models available in STL format for prototyping Geometry is healed, and fixed all the bad with RP Magics software.
Any further actions related to the resale or publication of the 3D model on other resources are prohibited!In some cases, I authorize and authorize the rendering of my 3D models for advertising on the merchant pages of jewelry manufacturers, as well as my loyal customers. But only on condition that the publisher of renderings sells jewelry (silver/gold), and not a 3D model for resale.
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REVIEWS & COMMENTS
accuracy, and usability.
