Vase double twisted medium with wide collapsed top and squeez... 3D print model

cgtrader

The 3D model is ideal for use in Virtual Reality environments and real-time applications alike, suitable also for architectural interior scenes, detailed visualizations, sophisticated animations, or any other Computer Generated project that demands top-tier graphics. This 3D model has been optimized specifically for accurate real-world scaling and can be seamlessly printed via 3D printing technologies. It was originally crafted with the powerful toolset provided by 3ds Max 2016, subsequently converted into multiple formats to cater to a broad range of user preferences. The intricate geometry of the model can be finely subdivided further to increase its already impressive resolution, creating a more realistic and engaging visual experience for any application or medium. By default, the 3D model exists as a single unified geometric object, primed for subdivision. A Turbosmooth modifier is applied on top of the basic mesh geometry structure, resulting in smooth and detailed textures with two refinement iterations. Centered precisely at the scene's origin point for convenience, this 3D model stands ready to integrate into any existing project setup without requiring additional positioning or alignment adjustments. During rendering processes, high-fidelity Vray 3.0 technology was used alongside a basic Vray standard material without applying textures. However, all essential components of the model have been carefully set up and prepared for optimal utilization in any visualization pipeline or 3D print run. The underlying 3ds Max scene remains fully independent and free of complex illumination settings. Instead, users can readily adjust the lighting setup to perfectly suit their own creative visions or project specifications. As regards 3D printing specifics, the precise dimensions of this remarkable model stand at: 603 cm by 604.9 cm, with a staggering height of up to 14,982 cm - making it an exceptionally versatile and scalable element within your future designs or applications.