
Star of David Hexagon 3D model
cgtrader
6-Point Star of David in Multiple Formats This intricate model is presented in six distinct formats, catering to various design requirements: * .MAX: A file compatible with Autodesk's flagship 3D creation software. * DWG (2D): A drawing file format suitable for two-dimensional applications, and also convertible into a 3D format for models that necessitate both views. * DWG (3D): Similar to the 2D counterpart, but specifically designed for three-dimensional designs that need both two- and three-dimensional viewing capabilities. * .3DS: A popular 3D graphics file type commonly used in gaming, animations, and simulations. * .OBJ: An object file format frequently employed by digital artists for rendering complex shapes. * .FBX: Filmbox files are typically utilized for transferring data between different computer-aided design software applications. A zipped folder contains all these models in a compressed format (.RAR). This geometric shape measures 28.5 cm across and stands only 1.5 cm tall, offering ample surface area without sacrificing aesthetic appeal. For those who require high-fidelity visuals, the rendered images of this hexagon model were produced using V-Ray Adv 2.40, an industry-leading rendering engine known for its photorealistic results. Unfortunately, neither the lighting setups nor cameras used during the rendering process are included within the download package. Also missing from the bundle is a High Dynamic Range Image (HDRI) map which, when applied correctly, would add unparalleled realism to any visual representation of this hexagonal model. Prepared for precision, these designs can be easily transferred into 3D printing or CNC cutting tools, facilitating production and manufacturing processes with unparalleled accuracy.
With this file you will be able to print Star of David Hexagon 3D 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 Star of David Hexagon 3D model.