Vase vortex smooth with vertical organic lattice 3D print model

cgtrader

Here's a high-resolution 3D model tailored for virtual reality applications, real-time rendering, 3D printing, interior architecture visualizations, and computer-generated graphics projects of all kinds. The 3D model is perfectly printable in three dimensions and maintains accurate scale comparable to the physical world. This detailed model was originally designed with Autodesk's industry-standard 3ds Max software in 2016 and can be exported into a variety of file formats for easy integration into various CG pipelines. By subdividing this highly-optimized mesh, you can increase its resolution to achieve photorealistic visuals and crisp textures. Initially created as a single, cohesive solid object, this 3D model is primed for further subdivision, making it suitable for rendering high-definition images and animations in real-time environments. The Turbo Smooth modifier is integrated into the existing mesh geometry with two iterative passes, ensuring smoothness and detailed surface fidelity without added geometric complexity. Centered precisely at the origin point of its original scene environment, this model awaits rendering with advanced ray tracing software such as Vray 3.0 or compatible tools for exceptional visual outcomes. The Vray standard material applied is minimal and untextured, making it easy to customize and personalize for your specific application requirements without sacrificing fidelity or overall detail level. It's worth noting that the provided 3ds Max scene file does not contain any illumination setup – a conscious decision to maintain flexibility and accommodate varied lighting environments based on your preferences and workflow needs. For exact 3D printing dimensions, refer to the following measurements: Length 1380.2 cm, Width 1369.6 cm, Height 2153.2 cm. This 3D model offers exceptional customization possibilities – should you require any alterations or refinements, please feel free to get in touch with us directly for a revised version that precisely meets your vision and project objectives.