Installing a pneumatic cylinder correctly is a vital design consideration. Failure to address this properly can result in inaccurate operation, compromised reliability and premature failure. Depending...

  We are pleased to announce that Parker Low Pressure Connector Europe Division of Parker Hannifin Corporation, the global leader in motion and control technologies, has been awarded the new...

Pneumatics have always played an important role in achieving maximised productivity for manufacturing automation applications and the technology is constantly evolving to solve engineering challenges....

The latest generation of smart sensors for actuators are able to share information with the controller, typically via technologies such as IO-Link. They can also receive commands and...

When optimally selected and applied, the latest generation of smart sensors can have a positive impact on predictive maintenance strategies for fluid power applications. Real-time data collection via...

The use of industrial networks to make sensors and actuators more intelligent has become common across modern factory environments, and the use of continuous position sensing is a pathway to achieving...

Looking at a complete system within the vehicle along with all its interfaces from a completely clean sheet will give us the opportunity to question, review and potentially improve that system (in...

Machinery and moving equipment is a vital element in all areas of modern automated industry, but what happens when the atmosphere in the working environment is potentially explosive?  All...

2017 marked Parker Hannifin's Centennial year in business. It all started back in March of 1917, in a machine shop which built pneumatic brake systems for trucks, trains, buses and...

As the range of pneumatic cylinders available on the market today becomes more extensive and sophisticated, it can be challenging to ensure you’re maximizing the ROI available from your application.  ...

Vehicles within the commercial transport sector, whether rail or construction, are consistently expected to operate reliably in some of the most challenging conditions. Indeed, it is crucial...

For applications with space limitations or size restrictions, integrating a standard linear actuator to achieve the required force / thrust can sometimes be a challenge. However, utilising specialist...

Pneumatics technology is key to manufacturing processes as compressed air is utilised in everything from cooling to controlling automated machinery on assembly and packaging lines.   Since pneumatics...

Having a steady supply of clean and dry air is a requirement for protecting pneumatic components and ensuring their proper operation. For applications such as clamping, positioning, pushing and...

The most popular style of pneumatic actuator consists of a piston and rod moving inside a closed cylinder, designed to move in a straight line to deliver linear motion. This style of linear actuator...

Did you know you can improve machine efficiency without reducing productivity by selecting pneumatic valves and pressure regulators strategically? Many times, the compressed air delivered to a...

Did you know you can improve machine efficiency without reducing productivity by selecting pneumatic valves and pressure regulators strategically? Many times, the compressed air delivered to a...

With the onset of Industry 4.0, factory and production environments are adopting industrial networks to become more connected and intelligent. This is largely driven by the need for...

Pneumatic linear actuators are designed to move in a straight line and are one of the simplest, most cost effective and straightforward ways to accomplish linear motion.  Introduction to Linear...

Manufacturers are forming their own ideas and interpretations of what a ‘smart factory’ is and what they want it to do for them. But a common need is for critical components to have additional...