RECORD BUTTON GOLDEN JEFFERSON houses the world 3D model
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This 3D model was originally designed with Sketchup 8 before being converted to various other 3D formats. The native file type is .skp, while 3ds Max scenes use version 2016 of the software and are rendered using Vray 3.00. A unique choice for decorative items, this model evokes an industrial aesthetic featuring a bright yellow gear locker, adding an extra layer of functionality through its stackable design, which represents the latest trend in storage and features an unexpected style element. You can also try out this set of three lockers, with dimensions measured as H 20 x W 28 x D 36 cm. Ref #138460 has a price tag of $25. It has 367 polygons and is made up of textured surfaces that can be located in the .skp file. If you are having trouble accessing these textures, try the following methods: First, use Sketchup (which is available free of charge), export an image as a 2D graphic under File -> Export -> 2D Graphic. Another option is to open your sketch in 3ds Max and go to File->Export. Then export it as a COLLADA file. Make sure to check the 'export texture maps' option during this process. To obtain the textures from the model using C4D, simply import .skp file into the program and the folder with all the textures will automatically appear next to your exported file. The procedure for obtaining these images through Rhinoceros 3D is somewhat different; after you have imported the file, go to Panel->Material editor then choose any material that has a texture applied. Right-click on this object's name and then choose Open Material dialog window from here navigate to the image folder where your texture is stored (located in .AppDataLocalTemp/embedded_files).
With this file you will be able to print RECORD BUTTON GOLDEN JEFFERSON houses the world 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 RECORD BUTTON GOLDEN JEFFERSON houses the world 3D model.