Bowl compressed with twisted organic lattice 3D print model

Bowl compressed with twisted organic lattice 3D print model

cgtrader

This high-resolution 3D model is perfectly suited for immersive VR experiences, real-time applications, detailed architectural interior scenes, captivating visualizations, and cutting-edge animations or any other Computer Generated (CG) project requiring superior quality. It can be easily 3D printed with the correct real-world scale accurately maintained. Originally designed using 3ds Max 2016, this model has been seamlessly exported to a range of other formats, allowing for versatility and convenience. For even more intricate details, the model can be subdivided further to increase its resolution without any limitations. Crafted as a single, unified geometry object, it is ready for subdivision at your discretion. With Turbosmooth modifier applied on top of the mesh geometry with 2 iterations, this 3D model ensures optimal performance and realistic visual output. Carefully centered at the origin of the scene to facilitate easy manipulation, this model can be effortlessly integrated into any environment. For rendering purposes, Vray 3.0 has been used in conjunction with simple Vray standard material, omitting the need for intricate textures. The 3ds Max scene itself does not contain any illumination setup, keeping your creative freedom intact. The precise dimensions for 3D print are as follows: 9.357 cm in height, 12.149 cm in width, and 13.123 cm in depth, making it a versatile asset for your next project. If you require a customized or modified version of this model, feel free to contact us directly – we'll be happy to assist with any changes or adaptations you may need.

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With this file you will be able to print Bowl compressed with twisted organic lattice 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 with twisted organic lattice 3D print model.