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Introducing the Minimal Triple Groove Band Ring
A clean, modern, and elegant ring designed with precision and balanced aesthetics. Its subtle triple-line detailing and smooth curvature make it ideal for jewelry prototypes, product renderings, and 3D printing workflows. Built with real-world proportions and customizable procedural materials, this ring adapts seamlessly to personal, professional, or commercial use.
Key FeaturesHigh-Quality Geometry:Created in Blender v4.2.2 with a clean and optimized mesh for efficient editing and smooth printing.
Modern Minimal Design:Triple groove pattern that gives a contemporary and refined look suitable for men’s, women’s, or unisex styles.
3D Print Ready:Dimensions and thickness are optimized for practical 3D printing, including resin and metal casting workflows.
Real-World Scale & Standard Ring Size:Default Size: US 10 (19.8mm inner diameter) — easily adjustable for custom sizes.
Procedural Material Setup:Fully customizable metal shader; quickly switch between silver, gold, platinum, titanium, or steel surfaces.
Professional Rendering Setup Included:Lit using HDRI for subtle reflections and realistic surface highlights.
Clean Topology:Refined mesh with no unnecessary geometry — suitable for editing, subdividing, or production-level output.
- Vertices: 26,640
- Polygons: 26,631
- Render Engine: Cycles
- Material Type: Fully Procedural
- Scale: Real-world accurate
- Print Ready: Yes
- .blend (Source File)
- .fbx
- .obj
- .stl
All provided in a single organized ZIP package.
Use Cases- Jewelry Design & Prototype Manufacturing
- High-Quality Product Visualization
- CGI, Animation & Game Asset Reference
- Metal Casting / Resin 3D Printing
- Portfolio or Client Presentation
Because it offers a perfect balance of aesthetic elegance, technical precision, and customization flexibility. Whether you're a jeweler, designer, 3D printing hobbyist, or studio artist, this model saves time, enhances visual quality, and ensures professional-level output across workflows.
REVIEWS & COMMENTS
accuracy, and usability.
