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

cgtrader

The provided model is an optimized and highly detailed creation designed for deployment across various cutting-edge technologies, including Virtual Reality applications, real-time rendering engines, architectural interior visualizations, animations, computer-generated projects, 3D printing operations, and other state-of-the-art computing graphic needs. This robust and intricately textured model can be precisely scaled to accurately replicate its dimensions within the real world. Initially created using 3ds Max software in the version 2016, it was subsequently converted into a versatile file format that can be seamlessly exported for integration across diverse platforms and tools. The geometric architecture of this comprehensive model allows it to be subdivided multiple times to significantly increase its precision resolution level without affecting its structural integrity. Originally, this entire detailed object is presented as a unified solid geometry, ensuring enhanced versatility for subdivision or refinement if needed. Employing Turbo Smooth modifier in conjunction with 2 iterative iterations on the top layer of mesh geometric structures adds depth and clarity to its design, contributing significantly to the creation's realistic look. Notably, the precise center position of this detailed model is precisely set at the origin point within the visual scene it occupies. When visualized through rendering, this exceptional work relies on V-Ray software in its 3.0 edition with the implementation of a simple yet powerful V-ray Standard Material and devoid of any elaborate textures that might detract from the original precision design intent. Additionally, the source 3ds Max file used for model creation does not contain pre-sets or setup configurations regarding illumination or light rendering requirements; instead it provides the users with an optimal canvas to configure as desired without added restrictions or imposed preferences. Detailed physical dimensions necessary for printing the comprehensive model via state-of-the-art 3D printing facilities stands at a total measurement of: - width (left-to-right dimension) 10.307 cm - length (front-back) dimension : 10.727cm - height :25.641 cm All parameters presented here regarding this comprehensive and multifunctional design can be readily revised or modified based on specific user requests provided via proper contact details for effective modifications that meet exact individual specifications