Vase twisted arc rectangle with cavities smooth 3D print model

cgtrader

The 3D model is fully equipped to handle virtual reality experiences in real-time and serves as an ideal solution for architectural interior scenes, visualizations, animations, or any other computer-generated project that requires its expertise. As a model ready for subdivision, it boasts accurate real-world proportions, making it an excellent choice for 3D printing. Initially designed using the powerful 3ds Max software in 2016 and exported to multiple formats for broader compatibility, this 3D model excels as one solid geometric object with immense subdivisibility. Furthermore, its enhanced geometry allows for smoother animations when utilizing advanced software such as 3ds Max, ensuring seamless real-time interactions. To increase detail even further, it features Turbosmooth modifiers with an impressive two iterations on the top of the mesh geometry. Notably positioned at the center of origin, this model ensures precise positioning and flexibility within any given environment. Utilizing VRAY's powerful rendering capabilities with the most basic of VRAY standard materials and excluding any elaborate texture setup provides an optimal balance between detail and rendering efficiency. What's more, it comes in with its own dimension specification for easy 3D printing purposes, making it easier to produce real-world prototypes. As per architectural design conventions, this 3D scene does not include a predefined illumination scheme, offering ample room for your custom needs. The total dimension of this 3D printed model are as follows: an impressive height of 9082cm coupled with a wide base width of 9295cm, reaching its greatest point at an altitude of 21117cm. Our promise to you - if any change or customization is ever required in the model's configuration to better match your preferences, we're just one message away. Please feel free to share your unique needs and ideas, and we will ensure our collaboration with utmost respect for creative input.