
Vase spherical with smooth cuts and support inside it twisted... 3D print model
cgtrader
The provided 3D model is fully equipped to serve a wide array of VR and real-time applications, while also lending itself well to various architectural visualizations and animations across CG projects. Its 3D printable nature comes in handy for interior scene visualizations, especially those demanding exact real-world scales. The original creation tool employed was 3ds Max 2016, with subsequent exports into diverse formats tailored towards different usage scenarios. By utilizing the model's capability for further subdivision, users can achieve even greater resolution when required. Constructed from a single solid geometry object, it offers versatility in preparation for such detailed refinements. Furthermore, the integration of a Turbosmooth modifier atop its mesh geometry with two iterations adds to its robustness and readiness for use. Centered at the origin of its native scene environment, this 3D model provides uncomplicated handling during manipulation. With rendering achieved using Vray 3.0 along with basic standard materials devoid of any texture overlays, the simplicity in setup remains evident throughout. Note that illumination specifics have not been included within the original 3ds Max project environment. Detailed specifications regarding its usability for 3D printing include dimensions of 14,098cm x 14,099cm x 13,304cm, accurately mapping out a true-to-life measurement. Any further modifications to this model are indeed welcome and may be facilitated upon request from the users end. A slight tweaking can definitely turn the provided model into an idealized variant according to their particular needs and preferences.
With this file you will be able to print Vase spherical with smooth cuts and support inside it twisted... 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 spherical with smooth cuts and support inside it twisted... 3D print model.