Vase twist tilted triangle with diagonal grid lattice 3D print model

cgtrader

This is a highly detailed and fully-functional 3D model that's specifically designed for use in Virtual Reality (VR), real-time applications, 3D printing, architectural interior scenes, visualizations, animations, or any other Computer-Generated (CG) project you can imagine. The model itself has correct real-world scale, making it a precise and realistic representation of your needs. Originally created using the latest version of 3ds Max - that's 2016 for you tech-savvy folks! - this incredible model was exported into a range of formats to make it universally accessible. If resolution isn't quite there for you just yet, don't worry. The beauty of this model lies in its flexibility: it can be easily subdivided further to increase its detail and depth, giving your final product the high-quality finish you deserve. What's even better is that this entire model exists as a single, cohesive geometry object, making it incredibly simple to work with and perfect for subdivision. To top it all off, this stunning 3D model has had a TurboSmooth modifier applied, boasting an impressive two iterations of smoothness. At the center of the scene sits your model - centered at the origin of course! - just waiting to be rendered into whatever breathtaking image or experience you envision. To add the final touches, rendering is made using Vray 3.0 with nothing but a straightforward Vray Standard material at play - and let me tell you, it looks fabulous without any textures what-so-ever! What's even better, however, is that your 3ds Max scene isn't burdened with an unnecessary illumination setup. As for its dimensions - for those planning to give this model life through 3D printing, they measure out as follows: a massive 1018cm wide by 1011cm deep and a whoppng 1936cm tall! The cherry on top? The flexibility. Want a tiny tweak here or there? No problem! Contact us for your very own custom-tailored version of this incredibly versatile model - the possibilities are endless!