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What is a Pneumatic Cylinder?

A Pneumatic Cylinder is a mechanical device that takes the power of compressed air to produce force and motion, in a linear fashion. Pneumatic cylinders can be divided into a variety of types. There are cylinders with piston rods, rod less cylinders, swivel cylinders, tandem and multi-position cylinders, stopper cylinders, clamping cylinders, drives with linear guide, and bellows and diaphragm cylinders.

The most common and well known out of the above stated pneumatic cylinders are cylinders with piston rods. The two most common cylinders with piston rods are single acting cylinders (SAC) and double acting cylinders (DAC). Both share a similar makeup; cylinder barrel, bearing cap, end cap, piston, and piston rod are the key components that make up both a SAC and DAC. A pneumatic cylinder isn’t made up of only those 5 parts. There are seals, bearings, guiding bands, permanent magnets and many more, but these five as I stated are the KEY parts.

 

Cylinder barrels were originally just tubes on pneumatic cylinders. Today the cylinder barrels have adapted to an extruded profile instead of a tube. Adapting to this extruded profile gives the pneumatic cylinder one big advantage. The ability to mount more sensors and attachment parts. For example, mounting a clamp or jaw would allow the pneumatic cylinder the ability to pick and place objects.


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Why Preventative Maintenance for Piston Pumps is Important

Piston pumps are used across manufacturing industries as simple hydraulic pumps with many different uses. Some people mistakenly believe that since piston pumps are simple, that maintenance won’t be required. Let’s talk about what a piston pump is, how it’s used, and why it’s so important to maintain.  


What is a piston pump?  

A piston pump works by moving fluids and gases into and out of its chamber. When the piston cup, or moving part within the piston, pushes down, it creates high pressure which allows the chamber to fill. When the piston cup completes its upstroke, that pressure is relieved, which forces the fluid or gas in the chamber out for use.  

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Five Ways to Identify Hydraulics Malfunctions

Countless industries use hydraulic machinery in different settings. Automotive repair, the construction industry, the entertainment business, aerospace companies, and municipalities all rely on hydraulics to keep their businesses running on a day to day basis.  

Keeping your hydraulic machinery functioning means regularly auditing it. You want to make sure you identify any signs of trouble before problems become serious. Some new machinery has the ability to alert you through a maintenance system when there is a problem and the machine needs service. But of course, simply checking the machine on a regular maintenance schedule will ensure that the machinery is working properly.  

You should also train all of your employees to recognize the early signs of hydraulics malfunction

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Five Safety Fencing Benefits and Considerations

In today's manufacturing environment, safety fencing plays an integral role in protecting employees from hazards posed by industrial machinery. Threats to operator safety can be found on automated machinery, process control equipment, robotic work cells, and many other areas on a manufacturing floor.

A physical barrier between hazards and operators is an effective, low-tech solution for significantly reducing the risk of injury and the costly lawsuits or machine downtime that result from these accidents.

Before implementing a safety fencing system, these five considerations should be taken into account.

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