Vase rectangle smooth 3D print model

cgtrader

Human-optimized 3D Model Suited for High-Tech Applications: A detailed, immersive 3D model created with cutting-edge software is ready for various Computer Generated (CG) projects such as real-time experiences in Virtual Reality (VR), architectural interior visualizations, and dynamic animations. This comprehensive model is perfectly scaled to match the dimensions of our world and can be seamlessly printed in three dimensions using any standard printing technology. The 3D design process was completed with industry-standard software 3ds Max 2016, ensuring a robust, efficient framework for real-world accuracy. Furthermore, the 3D model has been effortlessly exported into various compatible formats for ultimate convenience. Notably, this 3D model can be intricately subdivided to achieve maximum resolution and high-fidelity rendering quality. To support subdivision modeling, a Turbosmooth modifier with two iterations has been strategically positioned atop the geometric mesh. For absolute positioning ease, the entire 3D scene is centered at its origin point, facilitating optimal visualization, animation, or any subsequent operations that require precise placement. To showcase the model's true potential, high-quality rendering was achieved using Vray 3.0, coupled with simple yet effective Vray Standard materials devoid of elaborate textures. However, it is essential to note that this design does not include an illumination setup as part of the initial 3ds Max scene composition. Key specifications for optimal 3D printing include: - Dimensions: a spacious and comprehensive scale, measuring 9,066cm by 9,066cm by 20,431cm. This sizeable model offers immense possibilities for both artistic expression and practical application. If modifications are necessary or if a unique custom design is desired, our team is more than willing to collaborate with you. Feel free to contact us with any specific requests, allowing us to create a customized version tailored to your specific needs and objectives.