
Vase curved with sharp muscle structure twisted and squeezed 3D print model
cgtrader
Here's a 3D model perfectly suited for VR, real-time applications, 3D printing, and architectural interior scenes that demand cutting-edge visualizations and animations in any computer-generated project. It's an ideal asset because it can be easily scaled to real-world proportions, ensuring accuracy in your productions. Originally built using 3ds Max 2016, this model can seamlessly adapt to various formats for your convenience. Thanks to its unique construction as one single solid geometry object, you can effortlessly subdivide the model further to refine its resolution according to your requirements. For that extra layer of realism, it features a Turbosmooth modifier atop the mesh, allowing you to enhance details with 2 iterations at your command. Positioned exactly at the origin point of your scene, this 3D asset simplifies your workflow by offering effortless placement and orientation within your projects. When it comes to rendering, Vray 3.0 is the engine of choice, using a straightforward yet powerful Vray standard material that ensures high-quality results without the need for textures. To further simplify things, illumination setup isn't included in the provided 3ds Max scene – giving you full creative control over lighting arrangements for your model. And with dimensions specifically tailored for 3D printing as 10.237cm x 10.237cm x 9.231cm, you can focus on producing flawless prints. Should you require any adjustments or modifications to the model to meet specific needs, we're here to help – simply get in touch, and our experts will craft a revised version tailored precisely to your specifications.
With this file you will be able to print Vase curved with sharp muscle structure twisted and 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 curved with sharp muscle structure twisted and squeezed 3D print model.