Twin-Frame Blade Ring - Futuristic Design 96 3D print model

The Modern Geometric TwinFrame Blade Ring is a meticulously crafted 3D jewelry model designed to stand out through its bold geometric styling and futuristic minimalism. Developed with high attention to detail in Blender v4.2.2 and rendered using the Cycles engine, this model is ideal for 3D printing, digital jewelry prototyping, and high-quality render visualizations.

This ring features a distinct TwinFrame structure, composed of two curved, open-ended blades that meet at the apex to form a clean and contemporary silhouette. The entire form is optimized for physical production while also looking visually striking in digital presentations.

The model showcases a highly stylized twin-blade architecture where two symmetrical frames rise and converge with precision. This design reflects modern aesthetics, making it perfect for futuristic jewelry collections, fashion accessories, or concept-based 3D showcases.

This ring is built specifically for 3D printing workflows. The default scale is set to US Ring Size 10 (19.8 mm inner diameter). However, the geometry is fully editable in Blender, making it easy to resize and adapt to different finger sizes as needed for commercial or personal use.

This model has been professionally optimized for both printing and digital rendering. It features:

• Vertices: 41,574
• Polygons: 41,569

The mesh is clean, non-overlapping, and free from artifacts or non-manifold geometry, making it suitable for direct slicing in print preparation software or further refinement.

A procedural AO (ambient occlusion) material setup is included in the Blender file, giving the surface realistic shading and depth. You can easily customize colors, reflectivity, and roughness to match your specific rendering or branding needs. No external image textures are required, which ensures better flexibility and lightweight file sizes.

The ring was rendered using an HDRI environment for physically accurate lighting. This allows for a realistic, high-contrast visual presentation directly inside Blender. The lighting setup enhances the model's curves and depth, providing a professional finish in preview renders.

All elements of the model, including size and material properties, are non-destructive and easily adjustable:

• Ring size can be altered using Blender’s modifiers or direct edit mode.
• AO material settings are node-based and can be customized without complex setup.This makes the model suitable for rebranding or adapting into different styles.

All necessary formats are included to ensure wide compatibility with different workflows:

• .blend – Native Blender project file with material and lighting setup
• .fbx – Universal format for most 3D software
• .obj – Clean mesh with UVs
• .stl – Ideal for 3D printing
• All files are organized and compressed into a single ZIP archive for easy access

• High-resolution jewelry rendering for portfolios or marketing
• 3D printing of fashion accessories and designer rings
• Use in concept art, virtual assets, or stylized animations
• Jewelry prototyping for futuristic or geometric-themed collections
• Product visualization, turntable animations, or interactive apps

• Vertices: 41,574
• Polygons: 41,569
• Ring Size: US 10 (19.8 mm diameter) – fully adjustable
• Material: Procedural AO shader (color customizable)
• Lighting: HDRI environment used for rendering
• Topology: Clean and quad-based mesh, non-manifold free
• Scale: Real-world units (millimeters)

Add a touch of innovation and precision to your jewelry collection with this unique TwinFrame Blade Ring. Whether you're a digital designer, 3D printing artist, or concept creator, this model offers the perfect balance of style, function, and quality.

Download now and bring your next creative vision to life with confidence.