Vase grounded tilted triangle with fine twisted organic cells 3D print model

cgtrader

This high-quality 3D model is optimized for real-time applications, 3D printing, and architectural interior scenes, as well as animations, visualizations, and any other Computer Graphics project. The model features accurate real-world dimensions and can be scaled up or down without compromising its quality. To enhance its printability, the 3D model was designed to have a solid geometry object that's ready for subdivision. This feature allows you to increase the resolution of the model as needed, making it suitable for both low-poly and high-poly applications. This 3D model was originally created using Autodesk 3ds Max 2016 and has been exported in various formats, ensuring seamless integration with different software packages. For those interested in creating highly detailed scenes, you'll be pleased to know that the 3D model is built around a TurboSmooth modifier, which has undergone two iterations for added realism. At its core, this model revolves around simple shapes, making it incredibly versatile and suitable for real-world applications. Centered at the origin of your scene, the 3D model can be easily manipulated to fit any context. For those looking to render the model with accurate lighting and texturing, a basic Vray 3.0 setup has been applied. While there are no textures involved in this specific rendering, you're free to experiment and apply different materials as needed. One note: this 3D model was created without the aid of complex illumination setups within the 3ds Max scene. However, the simplicity of the render means that lighting adjustments can be made with ease. Ready for use in VR or 3D print projects? This high-fidelity 3D model features accurate dimensions of approximately 10.207cm x 10.351cm x 20.297cm, providing you with all the data needed to bring it to life on various platforms. As always, if you require modifications to this 3D model, feel free to get in touch – we'll work closely with you to deliver exactly what you need.