Explore the future of pneumatics. Our blog offers expert insights, technical guides, and industry trends to help you innovate and optimize your automation systems.
A cylinder works by using compressed air or hydraulic fluid to create pressure differential across a piston surface, converting fluid pressure into linear mechanical force according to Pascal’s Law (F = P × A), enabling controlled linear motion for industrial automation.
Pneumatic cylinder theory is based on Pascal’s Law, where compressed air pressure acts equally in all directions within a sealed chamber, converting pneumatic energy into mechanical linear or rotary motion through pressure differentials.
Cylinder rod locks are mechanical safety devices that physically secure pneumatic cylinder rods in position when air pressure is lost, preventing dangerous load drops through spring-loaded wedging or clamping mechanisms.
Air cylinder working pressure typically ranges from 80-150 PSI (5.5-10.3 bar) for standard industrial applications, with 100 PSI being the most common operating pressure that balances force output, efficiency, and component longevity.
Gas cylinder mechanism operates through controlled gas expansion or compression using pistons, valves, and chambers to convert chemical or thermal energy into mechanical motion, fundamentally different from pneumatic systems that use compressed air.
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