Vase grounded tipping triangle with twisted lattice tiles 3D print model

cgtrader

The provided 3D model is ideal for various purposes such as VR applications, real-time visualizations, architectural interior scenes, and animations in computer-generated projects. The model features accurate real-world scaling, making it suitable for 3D printing and architectural renderings. The 3D model was created using Autodesk 3ds Max 2016 software, which allowed for seamless export into other formats required by specific CG applications. One of the notable aspects of this model is its potential for subdivision to enhance resolution. To begin with, the model is designed as a single, solid geometry object that's ready for subdivision and detailed mesh refinement. Furthermore, a Turbosmooth modifier was added to optimize the mesh topology of the 3D model by doubling the iteration number to twice. By positioning it at the origin point in the scene, it ensures efficient rendering during animations or architectural visualizations. Rendered with Vray 3.0 software and utilizing the simple VRay Standard material without incorporating textures. Although there is no complex lighting setup in this 3ds Max scene for realistic illumination effects, the Vray 3.0 toolset effectively captures subtle light behaviors when combined with high-quality textures (in real-world settings). However, keep in mind that actual texture rendering is contingent on their presence in the source assets. The detailed dimensions of this 3D model make it feasible for real-life scale modeling purposes: measuring 10.171 cm, 10.622 cm and reaching up to a height of 22.535 cm at its maximum when considering standard material. In essence, it offers ample opportunities to tailor its dimensions in conformity with different printing sizes. This statement has implications that should you require modifications or customizations of this digital model based on unique project specifications – all inquiries for potential updates may be directly routed towards the designated points of contact to meet your precise requirements efficiently!