Vase twisted top bent hexagon with checker grid lattice 2 3D print model

cgtrader

This high-poly, detailed 3D model is ideal for VR applications and real-time scenarios due to its robust structure, ensuring seamless interaction with the viewer's surroundings in the virtual space. The asset has also been engineered with precision to enable precise scaling and real-world representation in both digital visualizations and printed products. Originally crafted within 3ds Max 2016 software environment and exported into a diverse range of formats for adaptability. This versatile model allows for seamless subdividing, enhancing its already-high resolution capabilities when further refinement is desired by artists or developers seeking an exceptionally detailed visual output. In its base form, the 3D asset exists as one unified, solid geometry entity poised to be further segmented for even more intricate visual details without disrupting overall coherence. For enhanced precision and authenticity, Turbo Smooth modifier has been applied twice onto the underlying mesh geometry to optimize model smoothness. Its current position within the scene is accurately centered at the point of origin. Utilizing Vray 3.0 with its standard materials in a straightforward manner allows for minimal yet precise lighting simulation with uncomplicated material handling - devoid of textures for now, which could potentially introduce complex light interaction issues. One key omission worth noting in this model's parent file from Max is the actual illumination settings; these were omitted to maintain the utmost control during final assembly stages by designers or architects planning the exact visualization strategies required. To note on print size dimensions for physical models, 8.641cm height * width at base at 26.342 cm deep when accurately placed for standard-sized printers or printing machines. For customers needing even slightly tweaked versions, rest assured our support staff will readily cater to such requirements by collaborating directly on new modified designs fitting desired visions; please reach out as you desire a tailored output suited perfectly to specific application needs