
Vase top bent hexagon with bands uniform vertical 3D print model
cgtrader
This highly detailed 3D model is specifically designed to be suitable for use in various Virtual Reality environments as well as real-time applications. Additionally, this model is ideal for use with 3D printing due to its correct real-world scale dimensions. Created using the industry-standard 3ds Max software, the model has been exported into a range of other formats allowing users easy importation. One notable feature of this model is that it can be subdivided further, allowing for increased resolution and more detailed textures when necessary. Built as one single solid geometry object from inception, users will find it easier to edit or modify existing models without having to re-assemble their current design. The 3D model incorporates a Turbosmooth modifier placed on top of the underlying mesh, resulting in clean geometry for subdivision. Users will notice that this model is centered around the scene's origin point allowing them optimal use of 3ds Max's rendering features and flexibility. For optimal lighting, the provided Vray material was applied to simplify renderings but users have total control over setting up their desired illumination using Vray Standard material, providing complete creative control over the scene. With regard to texturing, users won't encounter any texture materials - simple for fast setup of your own customized effects. For 3D printing needs, users are informed that model dimensions stand at: height -26,608cm; length - 8,537 cm; width - 8,635cm. Model is also entirely editable in Vray using Vray 3.0 - contact us today to inquire about modifying existing scenes further for optimal VR & animation needs
With this file you will be able to print Vase top bent hexagon with bands uniform vertical 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 top bent hexagon with bands uniform vertical 3D print model.