Twisted Elegance Multi-Band Ring 54 3D print model

The Twisted Elegance Multi-Band Ring 3D Model is a meticulously crafted jewelry asset designed for professional 3D artists, jewelry designers, and product visualizers. Created using Blender v4.2.2 and rendered with the powerful Cycles Render Engine, this model offers an elegant, artistic, and high-end look that makes it suitable for a wide range of applications, from realistic renderings to 3D printing production.

With a unique twisted multi-band structure, this ring showcases fluidity, modern style, and timeless sophistication. The model’s clean geometry, real-world scale, and high polygon count ensure maximum detail, smooth surfaces, and production readiness.

This model is designed with a focus on precision and attention to fine details. Every curve and twist has been carefully modeled to maintain structural integrity for both digital renders and physical 3D prints. The clean mesh guarantees seamless results whether viewed up-close in renders or created in real-world prints.

• Vertices: 102,404
  
• Polygons: 102,401
  

These high numbers deliver the level of refinement expected in professional jewelry visualization and production workflows.

The distinctive twisted design brings a sculptural and artistic essence to the ring. The fluid movement of the bands gives the impression of an infinite flow, symbolizing eternity, strength, and unity. This complex yet elegant form is ideal for premium jewelry concepts, collector’s items, and contemporary accessory designs.

The model is fully optimized for 3D printing, with a clean, watertight mesh that ensures efficient slicing and a smooth printing process. No additional preparation is needed; simply adjust the ring size if necessary and proceed directly to print.

• Provided in STL format for direct 3D printing.
• Topology specifically cleaned to avoid non-manifold edges or hidden artifacts.

The ring is textured with a procedural ambient occlusion material setup in Blender, allowing users to easily tweak and adjust surface properties to achieve different metallic finishes, colors, or effects without the need for UV unwrapping.

• Completely customizable material settings.
• Easily adaptable for different types of metal looks such as gold, silver, platinum, titanium, and more.

Designed to real-world proportions, the ring is modeled at US Size 10 (19.8 millimeters diameter). This ensures it is ready for both virtual and physical production environments. Additionally, the size can be effortlessly modified according to specific customer or project needs without loss of detail or quality.

An HDRI-based lighting environment has been used for the renders, ensuring that the metallic reflections and shadows enhance the model’s visual appeal. This gives buyers a true representation of how the ring can look in a real-world environment, saving significant setup time for further rendering work.

• .blend (Blender Native File) – complete scene setup with materials and lighting.
• .fbx (Universal format for easy import into other 3D software like Maya, 3ds Max, Unity, Unreal Engine, etc.)
• .stl (Optimized for 3D Printing)
• .obj (Standard format for compatibility with most 3D software)

All files are neatly organized and compressed into a single ZIP file for easy download and usage.

• Jewelry Concept Visualization
  
• Product Advertisement and Presentation
  
• Realistic Jewelry Rendering for E-commerce
  
• Personal or Commercial 3D Printing
  
• Fashion Accessory Design Prototyping
  
• Digital Art Showcases
  
• VR/AR Product Integration
  
• Custom Gift and Merchandise Projects

• Software Used: Blender v4.2.2
  
• Renderer: Cycles
  
• Vertices: 102,404
  
• Polygons: 102,401
  
• Real-world Scale: Yes (US Ring Size 10 - 19.8mm)
  
• Texture Type: Procedural Ambient Occlusion Material
  
• Mesh Quality: Clean, Watertight, Non-Overlapping Faces
  
• Print Readiness: Fully 3D Printable

• The textures and materials can be easily customized inside Blender.
• Scaling to other ring sizes is simple without affecting model proportions or quality.
• All previews are rendered inside Blender using HDRI lighting to accurately showcase the model's reflective properties.