Bottom wide vase helix with checker grid lattice 3 3D print model

cgtrader

Here is a suitable 3D model designed specifically for high-performance VR applications, real-time visualizations, and various Computer Graphics (CG) projects including architectural interior scenes, animations, and print-ready models. This fully scalable model maintains its correct real-world dimensions throughout the entire modeling process. Built to withstand advanced subdividing techniques to increase resolution without any loss in detail, this 3D model can be perfectly optimized for subdivision surface manipulation. Originally developed using cutting-edge software (3ds Max 2016), it seamlessly exports to other industry-standard formats with precision retention. Thanks to its streamlined topology and structured approach, this model allows artists the ability to divide the object into further manageable components. Additionally, its design facilitates enhanced geometry analysis at higher resolution, opening up limitless creative avenues. With the capability to run Vray 3.0 efficiently for smooth real-time visualization of the material, texture is elegantly absent, enabling seamless navigation through high-fidelity environments. Moreover, since the model was created as a singular entity (with a simple topology and mesh), all rendering complexities have been simplified allowing maximum artistic freedom. By default, its core has an embedded TurboSmooth modifier at two iterations giving it immense subdivision resolution which is ready to be explored by the user and also optimized perfectly in Vray 3.0 with an illumination setup missing. In terms of scaleable prints for 3D print production purposes this model can efficiently provide with perfect sizes such as: 10,247cm -10,259cm-18,866cm without requiring further modification since the dimension was captured in its raw geometry data when first built which still remain accurate at a scale.