
Bowl spheric twisted with cavities 3D print model
cgtrader
Here is the rewritten text: 3D models ready for VR, real-time applications, 3D printing, interior scenes, visualizations, animations or any other project involving computer graphics are created by us. The models we offer are perfect for creating 3D printed objects and have been scaled to accurately reflect real-world dimensions. We designed these models using the powerful tool, 3ds Max 2016, and they can be easily converted into other formats for your convenience. For even greater detail, you can subdivide these models further, increasing their resolution without any issues. Each model is a single solid geometry object, prepped and ready for subdivision right out of the gate. To give our models that extra touch of realism, we apply Turbosmooth modifiers to them, which gives us 2 iterations of this effect. All our 3D models are centered around the origin of the scene, making it easier to position and arrange them in your projects. Our models are rendered with Vray 3.0 and come with simple Vray standard materials, giving you the perfect foundation for any textures or designs you want to add later. However, keep in mind that we render our scenes using Vray 3.0 without any texture details applied at this point. Also worth noting is that 3ds Max scene files provided do not contain any lighting information. The ideal model dimensions for a successful 3D print are 15.686cm x 15.738cm x 9.344cm, so be sure to check these out if you're interested in printing your chosen model. Note that we can easily modify our models to fit your needs and specifications if you contact us ahead of time with what changes or tweaks you require for your specific project requirements.
With this file you will be able to print Bowl spheric twisted with cavities 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 Bowl spheric twisted with cavities 3D print model.