Vase taper with smooth cuts and twised lines around it long neck 3D print model

cgtrader

The provided 3D model is specifically designed for real-time applications such as VR, and can also be utilized for various Computer-Generated (CG) projects including architectural interior scenes, visualizations, animations, or other types of computer-generated imagery. The 3D printable model accurately reflects real-world scale and dimensions. It was initially created using Autodesk's 3ds Max software, specifically version 2016, before being exported to various other formats for greater flexibility and compatibility. One notable feature of this model is its subdivisibility. This means that users can further divide the geometry into smaller components, allowing them to increase the overall resolution as needed without sacrificing the integrity or structural stability of the object itself. Key design elements of this 3D model include a solid geometry structure combined with a TurboSmooth modifier that operates directly on top of the mesh, applying two iterative rounds for a detailed, realistic appearance. The model also remains perfectly centered at its original scene origin point. Visual rendering has been completed utilizing Vray 3.0 and standard materials that rely solely on Vray Standard, without employing any complex textures or advanced lighting setups within the actual scene setup itself. Given that only a simple material application is applied in this scenario and the model's illumination details are absent from the original 3ds Max project file provided to the customer. Model dimension sizes are approximately 13,261 cm by 13,261 cm with a vertical size of roughly 14,359 cm for proper scale and print quality when working within the boundaries of any three-dimensional printing requirements. Important note: This particular model design may be adjusted or refined according to individual specifications and preferences. Clients who desire slight alterations can directly contact us to facilitate those adjustments as necessary.