
Vase twist grounded tipping triangle with extruded vertical l... 3D print model
cgtrader
The provided model is ideal for use in various real-time applications, including VR, as well as architectural interior scenes and visualizations, among other CG projects that benefit from 3D models. This model has the capability of being printed in three dimensions with precise scaling to real-world measurements. The original design was crafted using 3ds Max 2016, after which it was successfully exported into several compatible formats. To enhance the overall detail and accuracy of this model, it can be subdivided multiple times for a greater level of resolution. As constructed, the entire 3D model exists as one solid geometric object, thereby allowing further subdivision if desired. Moreover, to increase performance in computer-aided design software, this 3D model incorporates the Turbosmooth modifier applied on top of its underlying mesh geometry after only two iterations. In addition, it has been centered precisely at the origin of any given scene or setting for greater versatility. Regarding rendering and visual display, the use of Vray 3.0 produces simple yet clear visuals by incorporating basic standard materials with no included textures. Conversely, any lighting settings were deliberately omitted from the accompanying 3ds Max scene for added flexibility during usage. Model specifications for potential 3D printing applications measure approximately 10.637cm in length, 10.994cm in width, and 22.741cm in height. Should the user wish to make any modifications or alterations to this model for more precise needs, it is readily available upon request by simply contacting the associated creators directly.
With this file you will be able to print Vase twist grounded tipping triangle with extruded vertical l... 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 grounded tipping triangle with extruded vertical l... 3D print model.