
Vase spherical 2 with smooth cuts squeezed 3D print model
cgtrader
This 3D model is perfectly suited for any virtual reality application, real-time visualization, 3D printing, interior architecture scenes, animation, computer-generated imagery, and all other forms of digital media creation. The 3D model has been meticulously designed with exact real-world scale accuracy in mind, ensuring that it is fully printable on any 3D printer. It was originally created using 3ds Max 2016 software, which makes it easily exportable into a variety of formats to meet your specific needs. The complexity and level of detail of this model can be increased by subdividing the mesh further, allowing for seamless integration into your chosen application or scene. It's worth noting that the 3D model has been created as a single solid geometry object, which makes it easily adaptable for subdivision and editing purposes. As you navigate the 3D space, keep in mind that this model features a Turbo Smooth modifier with two iterations, giving it a highly detailed and polished look. Moreover, it's perfectly centered at the origin of the scene, ensuring that all calculations are accurate. All rendering has been carried out using Vray 3.0 software with simple Vray Standard material applied. Note that there is no textures included in this 3D model for maximum versatility and customizability. Keep in mind that the illumination setup was not saved as part of the 3ds Max scene, meaning you will have to recreate it when necessary. For reference, here are the precise dimensions of the model, ready for 3D printing: 17,983 cm x 17,986 cm x 9,231 cm. Feel free to make any changes or modifications you may require, simply reach out to us and we'll get right on it!
With this file you will be able to print Vase spherical 2 with smooth cuts squeezed 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 spherical 2 with smooth cuts squeezed 3D print model.