With this ultimate factory contraption, supervillains can force bound heroes and heroines on the conveyor roller to make a grim choice. Two options await them:
Hydraulic PressRoller Press (Cylinder Press)
Once the choice is made, the conveyor rolls them toward their chosen fate.
This machinery is perfect for classic Damsel in Distress or Peril scenes, but it fits seamlessly into any sci-fi, superhero, or fantasy setting. It also serves as an excellent, highly detailed background prop for standard industrial or factory environments.
Textures & Customization:The entire machine comes fully textured. The provided materials and textures serve as a great base and can be easily modified to suit your specific project needs.
File Structure & Easy AssemblyThe provided ZIP archive contains 4 separate .obj models intended to be imported into a single scene. It is also available to download as an FBX file, where the complete assembly is similarly built from separate parts! These 4 parts make up the complete machine—they are already perfectly scaled and pre-positioned to fit together seamlessly.
Important Import Note: When importing these files into your 3D software, please make sure to turn off any Center to Origin or Align to Origin settings, and do not rescale them (ensure the import scale is set to exactly 100%). This guarantees that the parts maintain their original size and world coordinates, aligning perfectly with one another to build the complete machine instantly without any manual repositioning.
Included Files:
Joker Printing Press 004 - Machine.objJoker Printing Press 004 - Hydraulic Press.objJoker Printing Press 004 - Press Roller.objJoker Printing Press 004 - Conveyor Rollers.obj
Animation-Ready Features:The model parts are logically separated to make animation setups quick and easy:
Hydraulic Press: Can be translated vertically (up and down) to simulate the crushing motion.Press Roller: The main cylinder can be rotated and rolled independently.Conveyor Rollers: Designed with animation in mind. The individual rollers are grouped together. By ungrouping/separating these meshes, you can easily rotate the rollers to simulate the conveyor moving in either direction.
