Vase puffy tappered triangle with triangle plates 3D print model

cgtrader

High-Resolution 3D Model Designed for VR, Real-Time Rendering, and Architectural Visualization. This intricate model is optimized for high-end visualization applications, including virtual reality experiences, architectural interior designs, and cutting-edge computer-generated (CG) projects. The detailed geometry allows for seamless real-time rendering, making it perfect for simulations, visualizations, and interactive 3D animations. Originally crafted with industry-standard software, Autodesk's 3ds Max 2016, this model has been exported to a variety of formats for maximum compatibility. Due to its unified architecture, the design can be further refined or subdivided to enhance resolution, enabling an elevated level of precision in visualizations and real-time applications. As one self-contained geometric entity, this 3D model is fully prepared for subdivision, making it effortless to adjust and optimize according to specific requirements. Its intricate structure is built upon a mesh geometry reinforced with the Turbosmooth modifier, with a setting of two iterations applied to ensure maximum detail retention while maintaining operational efficiency. For users who demand photorealistic results without unnecessary complexity, Vray 3.0 was utilized for rendering purposes, utilizing a simple yet effective standard material without texture overlays. Note that no external illumination setup has been included in the 3ds Max scene; this design focus is on geometric accuracy and structural stability rather than atmospheric ambiance. Critical specifications have been recorded to ensure flawless 3D printing results: with model dimensions precisely measured at 9.915cm, 8.868cm, and 23.108cm respectively. This meticulous approach ensures that each print is exactingly recreated in the real world, providing architects, designers, and artists with a faithful representation of their vision. To address potential design requirements or variations, we kindly suggest contacting our team for a custom adjustment of this high-resolution 3D model, adapting it to meet any project's precise specifications.