
Vase larger opening hexagon with fine organic lattice 3D print model
cgtrader
This 3D model is designed to work seamlessly in VR, real-time applications, and 3D printing environments. Its detailed features also make it perfect for architectural interior scenes, stunning visualizations, and engaging animations used across various Computer-Generated (CG) projects. The model's design makes it 100% printable using standard 3D printing techniques. All measurements have been scaled correctly to ensure an accurate real-world scale representation. Created with the latest version of 3ds Max 2016 software, this model has been expertly exported into multiple file formats for flexibility and convenience. For increased precision and accuracy, users can subdivide the model further to boost its resolution. It comes as one single solid geometry object, completely ready for subdivision right out of the box. Turbosmooth modifier on top of the mesh geometry provides the model with smooth curvature and realistic surfaces. The Turbosmooth feature was applied 2 times to achieve a perfectly polished finish. To save users valuable time, the model is centered precisely at the origin of the scene for quick access. A standard material setup has been made using Vray 3.0 software without the use of any complex textures, making rendering easier and faster. Please note that users do not have to deal with setting up lighting as the 3ds Max scene doesn't include an illumination setup. To provide clients with perfect prints, our team made sure all dimensions are carefully set: model measures at 9.195cm by 9.502cm by 23.533cm. If any customization or change is required to suit specific needs, just let us know – we'll work with you to make it a perfect fit.
With this file you will be able to print Vase larger opening hexagon with fine organic lattice 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 larger opening hexagon with fine organic lattice 3D print model.