
GABRIELLE storage cabinet child houses the world 3D model
cgtrader
This 3D model was originally built with Sketchup 8 and later converted to various other 3D formats. The native format is .skp, while a 3ds Max scene is rendered in version 2016 with Vray 3.00. Referring back to dimension, it stands at H 82 x W 74 x PR 35, weighing exactly 25 kg. Slightly aged and crafted from white wood, this cabinet is sure to fit seamlessly into your teen's room where it will add a touch of style to its interior. This white wooden cabinet will host small treasures such as blue flowers in little hearts on the front panel with firm design of nine drawers perfect for organizing clothes. These little secrets can be well hidden by adding impressions that create beautiful details in deco on each drawer. A piece of advice, enhance this charming set with a beautifully decorated mirror or stunning lamp like GABRIELLE. Dimensions: 82 x 74 x 35 cm; weight: 25 kg. Price €229.90. Textures can be located inside the .skp file. You need the following software to extract textures from the .skp file. Sketchup (Free) The image should be exported under the File/Export/2d Graphic drop down option in Sketchup. Go to File -> Export -> 3D Model. COLLADA Files are available as a (*.dae) file in Export dialog box. Go to exported location and click on exported filename for texture folder. Another way: Click on export dialogue box option of export to make sure the map is set. C4D (Free) Automatic import with free C4D will store files next to .skp. 3ds Max Import .skp file in 3DSMax, a folder named ..\..AppData\LocalTemp \ textures is there. The fbx can also be exported along with embed media options enabled so as to save images along the .fbx file.
With this file you will be able to print GABRIELLE storage cabinet child 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 GABRIELLE storage cabinet child houses the world 3D model.