
Vase twist puffy tipped triangle with organic lattice and twi... 3D print model
cgtrader
This 3D model is highly suitable for VR applications, real-time visualization, 3D printing, and architectural interior scenes, as well as various other computer-generated projects. The model has correct real-world scale dimensions that make it ideal for accurate 3D printing and precise representation of its intended use. Originally created with the professional-grade software application 3ds Max 2016, this 3D model is compatible with multiple formats for easy sharing and adaptation. One key feature of this model is its flexibility, which can be increased through further subdivision to achieve higher resolution and more detailed renderings. The 3D model is initially created as one solid geometry object but it can also be subdivided at any stage for additional precision or modification. In terms of visual enhancement, a TurboSmooth modifier is applied to the mesh geometry with two iterations for smooth surface optimization. Furthermore, this model's location in space is precisely defined as its origin within the scene is set centrally. To achieve its distinct appearance, rendering is carried out using Vray 3.0 software in conjunction with simple Vray standard material settings without incorporating textures, keeping its visual presentation clean and straightforward. Nonetheless, note that the provided illumination setup within the 3ds Max scene itself needs to be customized according to specific user preferences. The dimensions for printing this model in 3D are notably precise: it stands at 861.2 cm in height, with a width of 847 cm and a depth of 210.21 cm, thus providing clear-cut reference points for production.
With this file you will be able to print Vase twist puffy tipped triangle with organic lattice and twi... 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Vase twist puffy tipped triangle with organic lattice and twi... 3D print model.