Vase quadratic stumpy with twisted bands 3D print model

cgtrader

The provided 3D model is optimized for seamless integration in Virtual Reality (VR) environments, real-time applications, 3D printing processes, architectural interior scenes, visualizations, and high-quality animations for Computer-Generated Imagery (CG) projects. With accurate real-world scale dimensions, this highly detailed model can be accurately 3D printed without any need for modifications. The model's architecture was originally crafted using industry-leading software 3ds Max 2016 and later exported to a variety of other compatible formats for widespread use. One notable feature is its capability to undergo further subdivision procedures, resulting in even higher resolutions that exceed initial expectations. Created as a singular geometry object with built-in potential for advanced subdivisions, this versatile model offers limitless creative opportunities in a range of professional settings. It features a Turbo Smooth modifier integrated atop the mesh geometry and supports two iterations. For convenience, the 3D model is strategically centered at the origin point of any given scene, providing ease of use when combined with other elements. Moreover, rendering operations have been successfully performed using the industry-recognized V-Ray 3.0 suite and an uncomplicated standard Vray material without texture involvement. A significant omission is that this setup does not incorporate illumination data; nonetheless, the base 3ds Max scene remains intact for easy customization according to your unique preferences. For specific dimensions regarding 3D printing applications, please refer to measurements of approximately 113.13 cm by 113.07 cm with a height of about 103.63 cm. For flexibility in model adaptation and personalized adjustments as required, simply contact the developers. Any modification to the existing 3D model or its configuration can be executed seamlessly, guaranteeing tailored compatibility with diverse application requirements without adding complexity to any given workflow.