Bottom wide vase helix with twisted diagonal grid plates 3D print model

cgtrader

Human-created 3D models ideal for use in immersive virtual reality, real-time applications, and 3D printing processes also serve as excellent representations of architectural interior scenes, vivid visualizations, detailed animations, and various other complex computer-generated projects. This highly scalable model is meticulously crafted to accommodate accurate real-world proportions and precise dimensions. The intricately designed 3D printable object originates from the proficient expertise of using 3ds Max 2016 software before being exported into diverse formats compatible with various requirements. Further subdivision of this model can significantly elevate its intricate resolution, showcasing the artist's ability to achieve superior precision in digital art. Initially crafted as a singular geometry unit ready for sub-division refinement, this exemplary work incorporates Turbosmooth modifier at two iterations atop mesh geometry for heightened realism. As an integral part of a 3D scene setup centered precisely around origin points, this visually stunning creation boasts dimensions that seamlessly accommodate the needs of various digital and physical applications, ranging from large-scale print dimensions of 10129 cm in height and width to 19643 cm in depth. Vibrant visual results achieved through expert application of Vray 3.0 software and simplified yet impactful Vray standard material, this exceptional model demonstrates impressive versatility by existing without texture elements or detailed illumination setups within the encompassing 3ds Max scene environment. While maintaining high-quality dimensions for a seamless transition to 3D printing processes with dimensions spanning across: 10,129 cm height & width, and 19,643 cm in depth, we proudly stand behind our willingness to make slight modifications to the existing model according to your specific requirements, making this an unparalleled value that offers unmatched adaptability in diverse design landscapes.