
Bowl compressed 2 with reptile skin with dents and holes 3D print model
cgtrader
The 3D model is perfectly suited for high-definition applications such as Virtual Reality, Real-Time experiences, 3D printing, Architectural Interior scenes, captivating Visualizations, dynamic Animations, and any other Cutting-Edge CG project. This exceptionally detailed model can be successfully printed in 3D with precise real-world measurements. It was originally created using the powerful tools found within 3ds Max 2016, then seamlessly exported into a wide variety of formats for enhanced flexibility. To boost its already impressive resolution even further, the model's intricate details can be carefully subdivided. Its robust structure is composed of one unified solid geometry object, ready to undergo subdivision for heightened precision. Turbosmooth modifier has been applied to the mesh geometry with two precise iterations to guarantee an exceptionally smooth surface finish. The 3D model rests effortlessly at the center of its coordinate system, awaiting rendering with crystal-clear accuracy. Rendering is conducted using Vray 3.0's superior standard material, coupled with straightforward yet elegant application, while eschewing elaborate textures for a sleek, understated look. Please note that this masterfully crafted scene was not provided with any lighting configuration whatsoever. As for printing dimensions: 23.538cm by 23.463cm by 13.357cm offer precise measurement for accurate 3D printing. If there are specific changes or adjustments you would like to see incorporated into the model, please don't hesitate to reach out – a tailored version of the model is at your disposal upon request!
With this file you will be able to print Bowl compressed 2 with reptile skin with dents and holes 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 compressed 2 with reptile skin with dents and holes 3D print model.