Vase squeezed rectangle with cracked and twisted organic latt... 3D print model

Vase squeezed rectangle with cracked and twisted organic latt... 3D print model

cgtrader

This high-quality 3D model is specifically designed to thrive in various digital applications, including virtual reality experiences, real-time scenarios, and computer-generated animations, as well as interior design visualizations, architectural projects, or any other CG endeavor. With accurate real-world scale and precise dimensions for flawless printing, this 3D printable model ensures an exact reproduction of the original design. Originally crafted with 3ds Max 2016 software and subsequently converted to multiple formats for enhanced compatibility. To boost its level of detail and realism, users can subdivide the model further as needed. Built from a single solid geometry object, it's perfectly prepared for subdivision operations, making intricate designs accessible without complex adjustments. Enhanced through the application of the Turbosmooth modifier with two iterations on top of its core mesh structure, this 3D model stands ready to take full advantage of even the most sophisticated rendering techniques. Located conveniently at the scene origin point, this makes scene setup a breeze and seamless integration easy as can be. To meet diverse creative requirements, the provided rendering is achieved through Vray 3.0 software, employing simple yet effective standard material settings devoid of any texture elements, making color variations a matter of ease to add according to user preferences. Note: The original 3ds Max scene itself remains texturally and lighting-wise unaltered from its basic state.

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With this file you will be able to print Vase squeezed rectangle with cracked and twisted organic latt... 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 squeezed rectangle with cracked and twisted organic latt... 3D print model.