Vase Tide twisted with cracked organic lattice 2 3D print model

cgtrader

The 3D model is highly suitable for VR, real-time applications, and other high-end graphics projects, such as architectural interior scenes, visualizations, animations, or any other computer-generated image production. Originally designed with meticulous detail in 3ds Max 2016, the model has been successfully exported to a range of compatible formats, making it easily accessible and adaptable to various software platforms. To ensure maximum resolution and clarity, the 3D model can be further subdivided into smaller, more refined components. It is constructed as a single, solid geometry object, specifically engineered for subdivision purposes. In terms of visualization and rendering, the model has been processed using TurboSmooth with two iterations, resulting in an exceptionally smooth and accurate mesh. Its center point is aligned at the origin of the scene. For added realism and visual impact, the 3D model has been rendered using Vray 3.0 with a simple yet effective Vray Standard material setup, complete with basic texture control. However, it should be noted that this particular material configuration does not incorporate any advanced textures or special effects. If required, the original scene files from 3ds Max can be made available for use in other software programs or rendering environments. Nonetheless, as a general observation, the model itself does not contain any specific illumination setup information, although various default light settings and atmospheric conditions can be readily integrated. For physical printing purposes, the dimensions of this particular model measure approximately 14,989cm by 15.04cm by 20.897cm, rendering it ideally suited for large-scale 3D prints or complex architectural models that require precise scale accuracy. To recapitulate, while we stand ready to accommodate modifications as per specific client requirements, this model's intrinsic qualities and versatile architecture ensure that even if you were to make slight adjustments to the model, its overall aesthetic appeal, level of detail, and technical specification will continue to render it more than capable of handling the rigors of advanced visualization techniques, complex scene renderings, or even detailed real-world applications.