Intertwined Spiral Ring - Futuristic 3D Print Jewelry Model 54

Intertwined Spiral Ring - Futuristic 3D Print Jewelry Model 54 3D print model

Description
Intertwined Spiral Ring - Futuristic 3D Print Jewelry Model

The Intertwined Spiral Ring is a meticulously crafted, premium-quality 3D jewelry model designed for both professional production and high-end digital rendering. Modeled in Blender v4.2.2 and rendered with the Cycles Render Engine, this design merges a futuristic aesthetic with precise geometry, making it suitable for a wide variety of creative and manufacturing applications.

Its defining feature is the multi-banded spiral structure, where each band flows smoothly around the circumference, creating a visually dynamic and layered appearance. This fluid geometry is free from mesh distortions, ensuring the ring maintains a perfect silhouette from every angle. The design’s versatility allows it to function equally well as a physical piece of jewelry, a collectible prop, or a showcase element in 3D portfolios.

The mesh topology is clean, quad-based, and non-manifold free, ensuring flawless compatibility with 3D printing workflows as well as real-time rendering engines. Whether you’re printing via FDM, SLA, or resin-based systems, the model’s optimized geometry ensures consistent results without the need for heavy post-processing.

The procedural ambient occlusion metal shader included with the model delivers realistic shading and material depth without relying on image textures, making it easy to customize finishes for gold, silver, titanium, or brushed steel looks.

Model Details:

  • Vertices: 102,441
  • Polygons: 102,024
  • Topology: Clean, quad-based, non-manifold free
  • Texture Type: Procedural ambient occlusion shader
  • File Formats Included: .blend, .fbx, .obj, .stl

Key Features:

  1. Futuristic Spiral Form – A modern and artistic multi-band arrangement for a striking layered look.
  2. High-Resolution Geometry – Precision sculpted for maximum detail retention in both renders and physical prints.
  3. Procedural Material Setup – Fully editable shader for real-time finish adjustments.
  4. Multi-Format Availability – Includes all major formats for wide compatibility.
  5. Print-Ready Optimization – Scaled for real-world use, with proper wall thickness and no hidden issues.
  6. Universal Use – Equally suited for jewelry making, collectibles, concept art, and virtual try-on demos.

Use Case Scenarios:

  • Jewelry Production – Create physical rings for sale or personal use.
  • Fashion Visualization – Integrate into high-fashion renders or marketing campaigns.
  • Game Assets & Cinematics – Use as an accessory for characters or props in storytelling scenes.
  • Collector’s Item – Design unique, limited-edition products for niche markets.
  • Portfolio Enhancement – Showcase clean modeling and rendering skills.

Why This Model?The Intertwined Spiral Ring is more than just a 3D file—it’s a versatile, production-ready asset that combines style, functionality, and technical precision. Its futuristic design appeals to a broad audience, from jewelry enthusiasts and collectors to digital artists and product designers. The combination of perfect topology, high-resolution detail, procedural materials, and multi-format support ensures that this model is ready for professional use without extra preparation, saving you time while delivering exceptional results.

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Intertwined Spiral Ring - Futuristic 3D Print Jewelry Model 54
$11.99
 
Royalty Free No Ai License 
Intertwined Spiral Ring - Futuristic 3D Print Jewelry Model 54
$11.99
 
Royalty Free No Ai License 
Response 50% in 5.7h
3D Modeling
Low-poly Modeling
Lighting
Rendering

3D Model formats

Format limitations
  • Blender (.blend) (4 files)80.3 MBVersion: 4.2.2Renderer: Cycles 4.2.2Version: 4.2.2Renderer: Cycles 4.2.2Version: 4.2.2Renderer: Cycles 4.2.2Version: 4.2.2Renderer: Cycles 4.2.2
  • Autodesk FBX (.fbx) (2 files)43 MB
  • OBJ (.obj, .mtl) (3 files)50.2 MB
  • Stereolithography (.stl) (2 files)48.9 MB
  • PNG (.png)39.1 MB
  • PDF (.pdf)39.1 MB
  • JPG (.jpg)39.1 MB
  • Other 1.04 MB

3D Model details

  • Ready for 3D Printing
  • Publish date2025-04-28
  • Model ID#6080764
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