Narrow top vase helix with curved creases 3D print model

cgtrader

The provided 3D model is an ideal candidate for applications in Virtual Reality (VR), real-time rendering, 3D printing, architectural interior visualizations, animations, and computer-generated (CG) projects due to its exceptional suitability. This high-quality model has the added benefit of being printable using any conventional 3D printer, boasting correct dimensions based on real-world measurements. To produce this detailed model, 3ds Max 2016 was employed initially and then successfully exported in compatible formats. The model can be further refined by subdivision to enhance its overall resolution, giving it even more impressive features. Built from a singular solid geometry entity, the model is now fully prepared for additional subdivisions, providing greater customization options. At its core, the model employs Turbosmooth modifiers applied over its underlying mesh structure with a modest 2 iterations. Geometrically, it has been centered around the scene's origin, guaranteeing flawless performance. The rendering process, specifically made possible by utilizing Vray 3.0 in combination with straightforward Vray Standard material, highlights the model's simplistic yet highly realistic aesthetic. Remarkably, there are no additional textures used, making it an excellent choice for quick implementations and straightforward rendering setups. Concurrently, please be aware that this 3D Max scene itself does not include any illumination setup, thus ensuring flexibility in terms of customizing light sources or scenarios for specific applications. Model specifications, optimized specifically for successful printing on a conventional 3D printer, are precisely 9.125cm in length, 9.122cm in width and a notable height of 21.328cm. A wonderful opportunity awaits to make slight modifications or alterations to suit particular project needs if necessary. Should such changes be desired, feel free to get in touch; our expert team is prepared to work closely with you to deliver an adapted model that perfectly meets your requirements.