
Bottom wide vase helix with checker grid lattice 2 3D print model
cgtrader
The 3D model is well-suited for VR applications and real-time visualization needs. This detailed scene will perform seamlessly with architectural and interior visualizations, animations, or other Computer Generated content projects. To verify, this 3D print ready file has an accurate to life real-world scale. Firstly, the design was initially crafted in Autodesk's 3ds Max software using version 2016. This complex scene is compatible with multiple format options for enhanced flexibility. This high definition 3D model can be broken down further for a significant resolution boost. Notably, this highly detailed 3D file object was created from scratch as a singular entity allowing users to simply subdivide the mesh as per their project needs. For smoother rendering this scene uses the Vray Turbosmooth modifier atop the initial mesh. Further note that 2 subdivisions have already been made for precise detailing. At the start of this complex architectural model, we place it precisely at origin so all further manipulations are from zero base points. Rendering was carried out with Vray version 3 and a standard rendering option that utilized material based on VR standard materials without adding in texture files. Please keep in mind though - to be crystal clear - any setup for the final illumination effects is completely missing. For model scaling reference during a future printing session: this precise dimension size measurement stands at approximately, when placed together vertically- 10204 cm; in crosswise positioning that becomes 10,214 cm long; lastly when we add a height value we achieve approximately-18080 cm.
With this file you will be able to print Bottom wide vase helix with checker grid lattice 2 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 Bottom wide vase helix with checker grid lattice 2 3D print model.