Vase twisted bulky helix with organic lattice with solid sides 3D print model

Vase twisted bulky helix with organic lattice with solid sides 3D print model

cgtrader

Here's a high-resolution 3D model suitable for virtual reality, real-time applications, 3D printing, architectural interior scenes, visualizations, animations, or any other computer-generated project. The model is 100% 3D printable and has the correct scale as seen in real-world environments. Originally created using Autodesk 3ds Max 2016 software and exported to various formats for universal compatibility. For enhanced detail, the model can be further subdivided to increase its resolution, making it perfect for applications where fine detail is essential. This 3D model was crafted as a single solid geometry object, designed to be ready for subdivision without compromising on precision. It features the TurboSmooth modifier applied directly onto the mesh geometry, with two iterations to refine its texture and appearance. By default, the 3D model is positioned at the center of the scene origin for convenient use in different environments. Rendered using V-Ray 3.0 software and simple standard material properties without any textures for maximum efficiency. Please note that the original illumination setup used in 3ds Max is not included; however, custom settings can be created as needed to achieve desired visual effects. The recommended print dimensions for a high-quality 3D model are approximately: 898cm (height), 907cm (width), and 22682cm (depth). Feel free to make any necessary adjustments or modifications. Simply reach out if you need specific alterations or updates, and our team will be happy to assist!

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With this file you will be able to print Vase twisted bulky helix with organic lattice with solid sides 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Vase twisted bulky helix with organic lattice with solid sides 3D print model.