Vase oval compressed twisted with beveled muscle structure an... 3D print model

cgtrader

Human-Created 3D Model Perfect for VR and Real-Time Applications is Ready This exceptional 3D model, created using the latest technology, is optimized for use in virtual reality experiences and real-time projects, as well as 3D printing, interior architectural scenes, visualizations, animations, or any other computer-generated (CG) project that demands precise and detailed elements. As a plus, this model can be scaled down to any required size using correct real-world dimensions, ensuring accuracy throughout all aspects of its application. This advanced model was originally designed in 3ds Max 2016, and its format has been successfully exported into other file types, ensuring flexibility for incorporation into multiple formats. With an intricate level of detail that invites subdivision for further increased resolution, the human-designed model comes ready as a single solid geometry object. This unique feature simplifies its preparation process, reducing effort in the editing and refining phase. Advanced modeling techniques such as Turbosmooth modifier have been applied on top of its core mesh structure with 2 iterations for smoother performance under heavy rendering conditions. Additionally, the 3D model's center is strategically aligned at the origin of the scene, enhancing visual stability. Real-time Rendering Utilizes VRay 3.0 To perfectly display this intricate design in all its beauty, the rendering has been optimized using the power of Vray 3.0 with a basic Vray Standard material that requires no additional textures for detailed realism. For those seeking more, illumination setups in 3ds Max scenes are deliberately kept simple and not provided within the initial setup; however, this opens doors for the artist or model user to personalize their own custom light scheme. Precise Measurements Guaranteed The specifications of this human-crafted 3D printable design measures exactly 11146cm by 11146cm by 11538cm when rendered.