GOA nightstand houses the world 3D model

cgtrader

This 3D model was originally created with Sketchup 13 software before being converted into other 3D formats for universal compatibility. Native format is .skp, while 3ds Max scene utilizes 3ds Max 2016 edition, rendered with Vray 3.00 rendering technology. This nightstand design boasts clean lines that add to a design-driven atmosphere in the bedroom space. To perfectly coordinate room layout, this wooden bedside piece pairs nicely with a 160 cm canopy bed and a three-drawer dresser for an unbeatable GOA combination. This unique wenge furniture brings together clean lines for an extraordinary interior style. As part of the Goa range, this solid acacia product showcases a smooth finish polished to perfection with a gloss effect and a design suitable for effortless maintenance. Size details include height at 61 cm, width of 45 cm, depth of 35 cm, weighing 9 kg total weight. Reference number is 491.20079. Product price is 79 Euros. Total polygon count for this 3D model comes to 43 polygons. Text files included can be found within the .skp file. Users seeking more information on texture extraction follow the instructions provided below based on specific software being used. 1- For Sketchup (a completely free platform): Export image directly from 'File > Export' dropdown menu, save as desired two-dimensional file format under '2D Graphic.' A folder containing textures should now appear in the exported location. Alternatively: - Open Sketchup - Select File > Export 3D Model. - Under options ensure "Export Texture Maps" is selected, and save the Collada (.dae) file in designated location. - Look for a new directory created at that location with exported image data including texture images. 2 -For Cinema4D (users of even just trial version): Simply import the .skp file. As C4D handles automatic generation of textures within its application framework, these should appear right next to your original 3d sketchup file in a designated directory as they were already embedded and rendered into this digital output.