Magnetron Split Ring - Print-Ready Minimalist Design 98 3D print model

This version includes refined procedural material, clean wireframe topology, and standardized ring sizing (Size 10). Ideal for creators, print artists, and sci-fi jewelry designers seeking a futuristic but efficient asset. Updated renders also showcase lighting and material accuracy using HDRI reflections.

The Magnetron Split Ring is a meticulously crafted futuristic jewelry concept that merges bold geometry with minimalist aesthetics. Designed in Blender v4.2.2 and rendered with the powerful Cycles engine, this 3D model showcases a refined blend of creativity and precision. Its form is inspired by advanced mechanical elements while retaining a sleek, wearable profile, making it perfect for high-end sci-fi themed accessories, modern digital jewelry portfolios, and 3D printing applications.

This model is engineered with real-world scale accuracy, clean topology, and detailed procedural materials that offer both customization and high realism. The open-ended split-ring design is both symbolic and practical—representing balance, openness, and futuristic symmetry. With detailed edge flow and printable geometry, this is a high-quality model ready for production or digital visualization.

This model has been created using professional-grade modeling techniques in Blender v4.2.2, ensuring structural integrity and smooth geometry suitable for both rendering and manufacturing workflows.

The model’s standout feature is its open-ended, dual-block geometry – a bold interpretation of minimalist and magnetic energy influences. It offers a distinct appearance unlike any traditional ring design.

Sized to a standard Ring Size 10 (19.8 mm inner diameter), this model is correctly scaled for real-world printing and jewelry fitting. The size can be adjusted in any 3D software to suit custom requirements.

The mesh is fully optimized for 3D printing. It features manifold geometry, non-overlapping faces, and no unnecessary subdivisions, ensuring accurate slicing and smooth printing across various 3D printer types.

This ring features a procedural ambient occlusion material, crafted to enhance subtle surface shading and create soft, realistic shadows in renderings. The material setup is node-based and entirely customizable for color, reflectivity, and surface detail adjustments.

The preview renders were created using a high-quality HDRI setup to bring out accurate metallic reflections and to simulate real-world lighting scenarios. This adds visual depth and helps potential buyers visualize the product in context.

• Vertices: 20,362
• Polygons: 20,353

The geometry is clean and efficient with a well-optimized mesh flow. There are no n-gons or unnecessary edge loops, making it ideal for further editing or direct use in digital environments.

• Futuristic jewelry design portfolios
• Sci-fi or concept fashion accessories
• 3D printing for physical prototypes or wearables
• CGI scenes involving high-tech fashion or accessories
• Conceptual product showcases or NFT projects

• .blend – Native Blender file with procedural materials and lighting
• .fbx – Industry-standard format for importing into most 3D software
• .obj – Universal format with wide compatibility
• .stl – Ready-to-print format optimized for 3D printingAll files are packaged in a convenient ZIP archive for easy download and deployment.

Both the ring’s size and the material shader are fully customizable, allowing artists and designers to adapt the model to specific needs. Whether you are creating product visualizations, experimenting with textures, or preparing for real-world casting, this ring is built to flexibly meet your demands.

Download the Magnetron Split Ring today to bring futuristic minimalism into your next jewelry project. Whether you're designing for fashion-forward clients or crafting your own line of digital accessories, this model offers a compelling and production-ready foundation for your work.