Bowl squeezed twisted with rocky fibers 3D print model

cgtrader

The model is designed specifically for real-time applications, VR scenes, architectural interior visualizations, animations, and other computer-generated projects requiring high-definition 3D geometry. The design features precise dimensions at accurate real-world scale, making it an ideal choice for detailed simulations and modeling in 3D printing technology. This 3D model was created initially using 3ds Max 2016 software and exported to various file formats compatible with different platforms. With a high level of subdivision flexibility, the model can be further customized to increase its detail resolution, making it suitable for high-end graphics rendering. As a single, self-contained geometric object, this design is primed for smooth subdividing and subdivision surface modification to optimize its resolution without losing its structural integrity. The mesh geometry is augmented by a TurboSmooth modifier, which enhances the model's visual realism with 2 sophisticated iterations. Located at the origin of the virtual scene, the model is easily positionable and adjustable within various environments. The rendering engine employed for this project was V-Ray 3.0, paired with a basic yet effective Vray Standard material setup that minimizes texture requirements while still providing excellent visual representation. This approach ensures seamless performance during simulation tasks and keeps overall computational overhead minimal. Since the lighting conditions of the virtual scene were not captured as part of the provided assets, this component would need to be defined or supplied separately in any downstream project or 3D modeling software integration effort. As for physical production requirements, the optimal dimensions for 3D printing would measure approximately: 21.124cm in height by 21.04cm in width by 11.417cm in depth.