Bowl with twisted smooth cuts twisted wavy 3D print model

cgtrader

Human-Created Model Ideal For VR, Real-Time Applications and 3D Printing - Highly Detailed Architectural Scene Ready for Rendering, Animation and Subdivision. The highly detailed model is perfect for use in Virtual Reality (VR) experiences, real-time applications, and even 3D printing. It is a stunning architectural interior scene that can be used to create mesmerizing visualizations, captivating animations, or as a CG asset in any project. This incredible 3D printable model maintains the correct scale of real-world architecture. It was originally created using 3ds Max 2016 software and exported in various formats for ease of use in different applications. One remarkable feature is that this highly detailed scene can be subdivided to increase its resolution, resulting in even more lifelike visuals. As a singular solid geometry object, the model is prepared for subdivision to elevate the level of detail. To further enhance its realistic appearance, a Turbosmooth modifier has been applied on top of the mesh geometry with 2 iterations, guaranteeing precise modeling and minimal noise. Situated at the origin of the scene, the 3D model boasts center symmetry. Its high-resolution renderings have been produced using Vray 3.0 with simple yet effective Vray standard materials. Unlike other models, this one has no textures applied to maintain its simplicity while maintaining stunning quality. For those familiar with 3ds Max, the rendering is uncomplicated and smooth. In a practical context, this high-resolution scene can be scaled according to requirements for printing or rendering. It offers ample dimensions suitable for printing, with measurements: 15,914cm by 15,914cm in base width and length respectively, making it quite substantial for architectural purposes. Please note that any desired modifications to the model can be achieved easily upon request. Simply contact us with your preferences for creating a tailored version of this high-quality human-designed model.