Monsters and pneumatics

This image captured from a Travel Channel video shows a technician brazing framework to the rod-end clevis of a pneumatic cylinder that will move the mechanism and an animated figure. At left is a Pneu-Turn rotary actuator that will generate a sweeping motion of an assembly.
A technician tests the pivoting motion of air cylinders that will generate linear motion of four axes. The elbow fittings mounted to each cylinder speed installation because tubing can be connected simply by pushing it into each fitting.

Halloween has become big business. Candy and other treats and simple costumes are still a big part of the festivities, but masks and costumes have become more detailed, realistic, and gory. You can even buy animated figures that use motion to bring ghouls, zombies, and monsters to life.

Entry-level animated figures use a few axes of motion using electromechanical drives. But the pros make figures with multiple movements, and in many cases, there just isn't enough room for big and heavy electromechanical drives.

Enter pneumatics, where a compressor can but tucked away out of sight (and earshot), and pneumatic cylinders and rotary actuators generate motion from within cramped quarters.

Here's an example showing the pneumatic innards from a show on the Travel Channel. It shows how components from Bimba Mfg. bring lifelike motion to carefully crafted figures.

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Observations about fluid power and other technologies, technical writing, and unrelated topics


Alan Hitchcox

Alan joined Hydraulics & Pneumatics in 1987 with experience as a technical magazine editor and in industrial sales. He graduated with a BS in engineering technology from Franklin University and...
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