Vase Tsunami with twisted diagonal grid plates 3D print model

cgtrader

Here is the 3D model suitable for VR, real-time applications, 3D printing, architectural interior scenes, visualizations, animations or any other CG project that demands high-quality content. The model features precise real-world scale measurements and can be easily converted into a variety of formats due to its original creation using 3ds Max 2016. Additionally, the export settings allow seamless integration with other applications. With an impressive ability to withstand subdivision, this 3D model can further increase its resolution without compromising on performance or visual quality. This enhancement allows it to achieve greater details in specific areas, creating more complex and lifelike environments within architectural and design-based projects. As a single, cohesive solid geometry object, this model is designed with the ease of subdivision at heart. Its unique integration of the Turbosmooth modifier atop the mesh geometry after 2 iterations adds exceptional realism and enhances surface quality dramatically. Centered at the origin of the scene to simplify navigation, the entire 3ds Max project takes advantage of a single standard Vray material setup. Forged using Vray 3.0 rendering tools without any additional texture maps in place for clarity, this streamlined material application delivers high-quality illumination within minutes of upload. While there isn't an established lighting scenario inside this model file from the creators side to allow a quick rendered image from the original project without extra time-consuming changes; please remember it was rendered as-is and is available only through simple modifications. For all 3D printing projects, keep in mind the following measurements when planning out your prints: Dimensions are given for the most straightforward 3D printing purposes and have been laid out with consideration for easy execution by a majority of 3d printers currently in production. If you want something slightly modified please contact us so that we may provide an optimal design which perfectly serves to your exacting requirements without increasing complexity levels much at all – thanks