It converts the pressure energy of compressed air into mechanical energy and drives the mechanism to achieve reciprocating linear, oscillating, or rotary motion. So, let me introduce the six common air cylinder types, features, and uses, let's take a look.

In mechanical design, the use of air cylinders is very widespread, from large lifting equipment to small position transmission, air cylinders can play a role, here we share with you the basic requirements that we must pay attention to when choosing air cylinders.

A cylinder is a mechanical device that converts compressed air energy into reciprocating linear motion. Double-acting cylinders use compressed air to move the piston in and out, while single-acting air cylinders use compressed air for one-way motion and a return spring for the other. They have countless accessories like sensors to detect the position of the piston and different mounting accessories to mount the air cylinder or add parts at the end of the piston. Various industries that require linear motion use cylinders because they are simple to use and are a cost solution. They are also known as air cylinders. So, do you know how to choose a cylinder?

The air cylinder is the air cylinder to guides the piston in the air cylinder for linear reciprocating motion of the cylindrical metal parts. Air in the engine air cylinder through the expansion of thermal energy into mechanical energy; Gas in the compressor air cylinder to accept the piston compression and increase the pressure. The air cylinder is composed of an air cylinder barrel, end cap, piston, piston rod, seals, etc.

Nowadays in many mechanized industries, it is often necessary to create linear movements during the operation sequence. An air cylinder, also known as an air cylinder, is one of the simpler and more economical solutions for actuators. An air cylinder is a mechanical device that converts the energy of compressed air into a scalable rotary motion.