
Vase puffy tipped triangle with extruded vertical lines 2 3D print model
cgtrader
This high-quality, highly detailed 3D model is perfect for Virtual Reality applications, real-time rendering projects, 3D printing endeavors, architectural interior scenes, visualizations, animations, or any other Computer-Generated imagery project that demands realistic results. This 3D printable model has been scaled to reflect accurate dimensions of real-world objects, making it ideal for precise modeling needs. The original file was created using the robust features of 3ds Max 2016 and exported to a variety of formats for ease of use. To take your 3D project to the next level, you can easily subdivide this model further to increase its resolution. Initially built as one solid geometric entity, it is fully prepared for subdivision into smaller elements, allowing for seamless detail enhancement. One unique feature of this 3D model is the TurboSmooth modifier applied to its mesh geometry, boasting two iterations that have been optimized for high-quality visual representation. Additionally, the model's pivot point has been strategically placed at the origin of the scene for convenient manipulation. Rendering is handled by the power-packed Vray 3.0, which uses a basic Vray standard material with no added textures to emphasize pure modeling skills. Furthermore, it comes equipped with an illumination setup designed specifically for high-fidelity visual effects. Please note that if you require customized lighting settings, simply contact us and we'll be happy to create the ideal solution tailored just for you. Key specifications of this model are as follows: Dimensions: 8.933 cm x 8.835 cm x 23.456 cm
With this file you will be able to print Vase puffy tipped triangle with extruded vertical lines 2 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 tipped triangle with extruded vertical lines 2 3D print model.