Vase rose spikes bulged with smooth cuts squeezed 3D print model

cgtrader

The 3D model is designed specifically for VR applications and real-time rendering, making it perfect for any project that requires high-quality visualizations and animations in real time. This 3D model can also be used for architectural interior scenes where precision and realism are essential. With correct real-world scale, the model is suitable for use with 3D printing, which provides precise control over physical objects created through additive manufacturing. The 3D model was originally created using Autodesk's popular modeling software, 3ds Max 2016, before being exported to various other formats that can be easily used in a wide range of digital design and development projects. This high-resolution model has been optimized for further subdivision, which enables users to achieve even more precise and detailed designs by refining the mesh geometry with a subdividing process. It was created as a single solid geometric object ready for refinement. Additionally, this 3D model includes the Turbosmooth modifier with two iterations, making it suitable for high-level detailing in rendering software. For optimal visualization, this 3D model is centered at the origin of the scene. The renderer used to make visualizations possible was Vray 3.0 with a standard Vray material without any textures. While rendering does not involve illumination setup due to limitations in 3ds Max scenes and other potential inconsistencies in software packages available during design and modeling phases, it is possible to implement custom modifications upon request by simply reaching out for an altered or revised model. The physical dimensions for a real-world object printed via this model would be 1,289 meters by 1,288 meters by 923 meters.