
Plastic barrels on the pallet 3D model 3D model
cgtrader
A collection of 4 high-poly, translucent plastic containers placed carefully on a rustic wood platter covered tightly with durable food-grade wrap sits patiently. The rendering software employed for this scene is Autodesk's popular 3D creation toolset. Specifically, both the enhanced version of this program called V-Ray as well as the built-in default rendering settings have been used to create highly realistic scenes and animations of these very containers on their makeshift shelf. Several export options exist for easy transfer to various programs including Max's own FBX format as well as 3D software such as Cinema4d. Those seeking an older or non-MAX platform can easily open and work with these files via the popular wavefront OBJ import option as well. Below are the specific file formats used for rendering out these high-resolution scenes for animation. The containers, themselves carefully created in their original form with full 3D control to include all of the necessary surface details found on an average commercial shipping container, offer many different texture and material settings from smooth factory finished gloss down to heavy rough industrial wear and even scratched glass surfaces if so desired. They are each detachable pieces built to provide great visual flexibility in your 3d scenes and animations. Every aspect can be custom designed by users with their specific 3D requirements at hand. The container materials offer high texture detail including surface scratch effects which were used sparingly across several of the models giving off an impression of a hard use and weathering of even some newer or well-maintained ones depending on preference to the user
With this file you will be able to print Plastic barrels on the pallet 3D model 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 Plastic barrels on the pallet 3D model 3D model.