Bowl with twisted muscle structure twisted and squeezed 3D print model

cgtrader

The 3D model is highly detailed and specifically designed to work seamlessly in real-time applications, VR environments, 3D printing projects, interior design scenes, visual effects simulations, animated productions, or any other complex computer-generated project that demands exceptional graphics quality. The model's impressive scale has been meticulously maintained to match real-world proportions, allowing users to effortlessly create lifelike reproductions. Created originally with the industry-standard 3ds Max software and conveniently exported to various file formats, this 3D model offers unparalleled versatility for artists working across different mediums. For even greater precision and increased resolution, the model's geometric structure can be further subdivided at will, thanks to its expert design as a singular, solid object ready to take on higher detail requirements. In terms of modeling, the addition of TurboSmooth modifier above its intricate mesh geometry boasts an impressive 2 iterations, significantly enhancing its realism and photorealistic renderability. Conveniently situated at the very center of any given scene's origin point, this precision-crafted model demands minimal adjustment before deployment into production environments. Its inherent reliance on VRay 3.0 coupled with straightforward Vray standard material means fast, easy integration with a vast array of popular visual effect solutions, eliminating extensive texture application complexities. It is essential to note that our 3D Max scene itself does not include the setup for illumination parameters; rather, its entire geometry remains ready-to-use for rendering purposes in its stock state. Model details specifically tailored for 3D printing purposes: model dimensions measure exactly 49.053cm on each axis by a height of 23.446cm. Should any user wish to create an updated version or request modifications to the current 3D design, contact us at your convenience and our team will work together with you to customize your preferred requirements for further optimization within these precise digital representations.