Pneumatic cylinders used in industrial applications or in heavy machinery, for instance, often face extremely demanding working conditions. They are constantly moving, often fast and under tremendous force. Problems can vary according to the type of pneumatic cylinder and application, but there are some common signs you may see that indicate the need for air …
What’s the Difference Between a Hydraulic and Pneumatic Linear Actuator? There’s a variety of types of actuators available. The energy source that operates an actuator can be hydraulic (fluid-based), pneumatic (air pressure-based), or even electric, and with each energy source comes distinct advantages or disadvantages for use in certain applications. Here’s a summary of the …
What’s the Difference Between a Hydraulic and Pneumatic Linear Actuator? Read More »
A lot can go wrong with air cylinders, and when any problem could lead to downtime, damage, or equipment failure, troubleshooting each issue can get complicated. Preventive maintenance can keep air cylinders running at optimum performance levels and reveal telltale signs that you might need to repair them. Look for these six telltale signs you …
When your industrial design calls for linear movement, you might want to use hydraulic actuators. There are definite advantages to using a fluid-powered actuator, but that doesn’t mean they are right for every purpose. It all comes down to the requirements of your specific application. So, when should you choose hydraulic linear actuators? Hydraulic Linear …
Best Applications for Hydraulic Linear Actuators Read More »
Space is often a major consideration when designing equipment for industrial applications. While compact air cylinders have been used for decades, their popularity continues to increase because their short stroke and low profile can accommodate tight spaces where traditional cylinders would not fit. Small but mightyCompact air cylinders may be smaller, but they can be …
9 Benefits of Using Compact Air Cylinders in Your Mechanical Design Read More »
Starting from agriculture and food processing arriving at the packaging operation, automation is everywhere in the modern food plants and plays a fundamental role to address the required control movement quality, production speed, labour savings, and overall profitability. Especially for food zones and wash areas, where there are multiple national and international standards to take …
What are the Challenges for Pneumatics in the Food Industry? Read More »
Linear actuators are used in many applications around industry. Pneumatic, hydraulic and electromechanical technologies are the primary options for providing linear actuation but the selection and use of these technologies depends greatly on technical knowledge, budgets, available energy sources and careful consideration of the performance trade-offs of different approaches. For example, pneumatic actuators don’t deliver …
Selecting Between Pneumatic, Hydraulic and Electromechanical Linear Actuators Read More »
For today’s industrial pneumatic systems, automation and efficiency continue to be the driving factors in design. Automation in pneumatics incorporates a variety of design strategies and considerations. When it comes to industrial machinery, Industry 4.0 and the Industrial Internet of Things (IIoT) are big buzzwords, but these solutions are not fully developed yet. For design …
Smart Pneumatics Role in Automation, Cobots, Safety and System Efficiency Read More »
Linear Actuators are electromechanical or mechanical devices that produce straight-line motion. This motion is used for many tasks, from aircraft-control actuating to precision-assembly positioning. Although ordinary hydraulic and pneumatic cylinders are linear actuators, for the most part, they are simply called “cylinders.” This article will focus on electromechanical forms that produce either direct linear motion …
Pneumatic actuators use air power to produce rotary and linear motion. In the broadest sense, an air cylinder is a pneumatic actuator. For the purpose of this article, pneumatic actuators that are intended to produce rotary motion for operating valves, for automating manufacturing, for clamping work, etc. are the primary focus. Their use in linear …
