Vase twist tipped triangle with cavities smooth 3D print model

Vase twist tipped triangle with cavities smooth 3D print model

cgtrader

The provided 3D model is ideally suited for high-performance virtual reality applications, real-time rendering scenarios, architectural interior renderings, visualizations, animations and all types of computer-generated (CG) projects. The model can be seamlessly imported into 3ds Max 2016 and other supported formats for editing. This precise, scaled model is 100% printable in 3D printing technology due to its real-world accuracy. For increased resolution, users may easily subdivide the object into smaller components, all while maintaining its unified, single-geometry structure. Furthermore, TurboSmooth modifier with two iterations enhances the visual smoothness of the 3D mesh. In a typical working environment, this model's center lies precisely at scene origin, ensuring convenient editing and integration with other digital elements. Its core characteristics include simple yet highly efficient VRay Standard material with zero applied textures. Consequently, rendering becomes faster, more accessible, and user-friendly. Importantly, users need to export illumination settings separately from the scene file, since these were not saved alongside model geometry in 3ds Max's original export format. Dimension-wise for printing, this precise 3D object spans a mere: 10.348cm (length), 10.278cm (width), and 23.057cm (height). If you'd like modifications to the design at any stage or wish adjustments of any kind to this 3D model's structure or appearance, please get in touch – we're here to support and deliver exactly what you require for a seamless user experience

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With this file you will be able to print Vase twist tipped triangle with cavities smooth 3D print model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on Vase twist tipped triangle with cavities smooth 3D print model.