Bowl spheric twisted with bent extruded lines 3D print model

cgtrader

* This 3D model is perfectly suited for use in virtual reality, real-time applications, and other forms of computer-generated graphics such as 3D printing, architectural visualizations, animations, or interior scenes. * The model has been carefully crafted to ensure accurate real-world scaling, making it ideal for various applications including architecture, product design, and more. * Originally created with 3ds Max 2016, this versatile model can be exported into other formats as needed, offering flexibility and ease of use in a variety of environments. * To achieve even greater precision, the model's resolution can be increased by subdividing it further, allowing for even finer details and complexity. * Designed as one cohesive geometry object, the 3D model is ready to be subdivided, making it ideal for subdivision surface modeling and other techniques. * This highly detailed model has been refined with a TurboSmooth modifier, applied in conjunction with 2 iterations of mesh geometry refinement, ensuring smooth, even curvature and minimizing potential imperfections. * Located at the exact center of the scene's origin, this precise positioning enables effortless navigation and placement within the model space. * Rendered with V-Ray 3.0 and employing a simple standard material with no textures applied, the model maintains its crisp appearance without the distraction of extraneous visual elements. * Although illumination settings are not included in the initial 3ds Max scene provided, users can easily add their own custom lighting configurations to create a unique and captivating atmosphere. * Dimensions for 3D printing purposes: length - 17.98cm; width - 18.036cm; height - 10.521cm. Model Details: We welcome the possibility of adapting or modifying this model as per client requirements. Please feel free to reach out with any requests or inquiries you may have, and we will work together to deliver an updated version that meets your specific needs.