Vase puffy triangle with faceted organic lattice 3D print model

Vase puffy triangle with faceted organic lattice 3D print model

cgtrader

This 3D model is perfectly suited for any high-end application, such as virtual reality, real-time simulations, architectural renderings, and high-quality animations or visualizations in the computer-generated realm. The model is precision-crafted to be printable with ease, boasting exacting real-world dimensions that accurately scale down to the smallest details. Originally built with industry-standard software, 3ds Max 2016, it has been effortlessly exported into a variety of formats for seamless integration with your existing workflows. Thanks to its smart geometry construction, this 3D model can be finely subdivided multiple times to boost its resolution and visual fidelity, offering endless possibilities for creative enhancement. Crafted as one unified, unbroken geometry object from the start, it's already primed and ready for subdivision and subsequent refining processes. Built upon a solid mesh foundation with a TurboSmooth modifier on top, the model boasts two iterative refinement layers, further augmenting its detailed realism and smooth texture. Positioned conveniently at scene origin, this 3D model awaits effortless import into your preferred platform. During rendering, it was rendered to exacting standards using V-Ray 3.0, alongside a straightforward V-Ray Standard material without textures – for crystal-clear visibility in every lighting condition. As the underlying scene file, note that the illumination settings have been deliberately left out; instead, feel free to adjust and customize your own unique light setup for maximum creative impact.

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With this file you will be able to print Vase puffy triangle with faceted organic lattice 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 puffy triangle with faceted organic lattice 3D print model.