Vase bent rectangle with low-polygon bulges 3D print model

cgtrader

The provided 3D model is an excellent choice for any VR, real-time application, 3D printing project, architectural interior scene, visualization, animation, or other Computer Generated (CG) endeavors. This versatile 3D model boasts realistic real-world scale dimensions, making it a perfect fit for various applications. Originally created with the powerful 3ds Max 2016 software and exported to other compatible formats, this model ensures seamless integration with different workflows. One of its standout features is the ability to further subdivide it, effectively increasing resolution for high-fidelity visuals. Additionally, as one solid geometry object, the model is primed and ready for subdivision without requiring additional setup. Key characteristics of this 3D model include its presence in Turbosmooth modifier, featuring 2 iterations atop mesh geometry, ensuring crisp visuals with optimal performance. Moreover, being centered at the origin point of the scene streamlines workflows and reduces complexity. Vray 3.0 has been used to generate renders for this model, using a straightforward Vray Standard material without textures for uncomplicated illumination setups. The scene is entirely set up within the confines of the 3ds Max environment and remains free from any exterior lighting elements or custom adjustments. In terms of size dimensions specifically tailored for successful 3D print runs, measurements read in at approximately 8.409cm (length) by 9.199cm (width), along with a depth measurement that checks in at an impressive 22.921cm. The model is designed with flexibility in mind, capable of undergoing modification or refinement should users request these alterations. We invite potential clients to get in touch for discussions on customized adjustments they may desire within this robust, foundational 3D design system – simply reaching out through the most preferred communication method guarantees that the process can accommodate such inquiries seamlessly.