Vase bent rectangle with faceted organic lattice 3D print model

Vase bent rectangle with faceted organic lattice 3D print model

cgtrader

This is a high-quality 3D model suitable for various VR, real-time applications, and architectural interior scenes. The model's dimensions make it perfect for visualizations, animations, or any other CG project that demands realism. As one solid geometry object, the 3D model has already been subdivided to achieve maximum resolution, eliminating the need for further modifications. Additionally, the Turbosmooth modifier is in place on top of the mesh geometry, making the overall structure highly detailed and polished. To enhance your design process, we recommend taking full advantage of this versatile model's potential by leveraging its correct real-world scale. Its seamless subdivision makes it effortless to integrate into even the most intricate architectural visualizations or real-time projects. You can render this stunning 3D model using VRay 3.0 with Vray Standard materials, which allows for a wide range of creative freedom and artistic expression without compromising quality. Since our 3D scenes often evolve to suit changing project requirements, you won't find the illumination setup in this file. However, this omission merely opens doors to limitless design possibilities as it empowers you to configure lighting that perfectly complements your desired style. At 7,861cm, 9,073cm, and 22,916cm, these model dimensions will serve you well for 3D printing or other high-resolution applications where size is crucial. Note, however, that modifications can be requested; simply reach out to us to get started on customizing your experience with a tailored version.

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With this file you will be able to print Vase bent rectangle with faceted organic lattice 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 bent rectangle with faceted organic lattice 3D print model.