Vase twist tilted triangle with dense organic lattice 2 3D print model

cgtrader

This is a 3D model perfect for various applications, including VR, real-time visualizations, architectural scenes, and animations. The model is also suitable for 3D printing, having been created with accurate real-world dimensions. The design can be scaled up or down as needed to fit your project's requirements. Originally, this 3D model was created using the powerful toolset found in 3ds Max 2016. It has since been exported into various formats for compatibility with different software applications. For users requiring higher levels of detail, it's possible to subdivide the geometry even further to enhance its resolution. The model consists of a single solid object, optimized for subdivision to increase its overall precision and level of detail. One notable aspect of this 3D model is that it has undergone TurboSmooth treatment with two iterations, significantly refining its mesh topology and preparing it for intricate subdivisions. Additionally, the entire geometry remains centered at the scene's origin point for easy manipulation within various software programs. Rendering the model utilizes Vray 3.0 with basic materials set to the standard render pipeline, without incorporating any textures or special effects. Although this design is well-suited for photorealistic rendering tasks using high-end software tools like Vray 3.0, you will need to adjust illumination settings and material properties if looking for custom render appearances. Since the base model's dimensions align with those used in standard architectural applications, it stands at roughly 10.517cm (4.103 inches) wide, 10.73cm (4.21 inches) deep, and 19.489cm (7.659 inches) high. Users interested in changing or modifying this 3D model can reach out for customized options tailored to their project's unique requirements. Note: the base file is easily editable by users of familiar 3ds Max scene compositions who wish to integrate their own lighting, materials and texture combinations to customize this initial product example.