This article is a complete linear actuator motor selection guide, explaining how motor topology, drive selection, transmission design, force, speed, and duty cycle define electric linear actuator performance.
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This guide is an engineering reference on how electric actuators combine motors, gear trains, and mechanical conversion to produce controlled linear or rotary motion, with selection criteria and practical actuator motor applications across engineering systems.
The two most likely causes for a pneumatic cylinder to stick or jam are contamination and misalignment. If the piston gets stuck in the middle of its stroke and doesn't complete the full extension or retraction, it can lead to major problems.
The most common types of pneumatic actuation for industrial applications are single- or double-acting pneumatic cylinders. If you compare the way they work, the main design difference is the number of air inlet ports.
We use pneumatic systems for many industrial purposes, such as automation, manufacturing and process control.
It’s no secret that we live in a world of climate change and environmental stresses. Not only nature itself but society is challenging us to press for sustainable development while at the same time maintaining our economic edge.
The primary role of pressure sensors is to make sure the pressure in a pneumatic or hydraulic system is always maintained at the correct level, or at least kept within an optimum range.
Seals are one of the most critical elements in a pneumatic system. They’re designed to prevent air or gases from leaking out so that the system always maintains the necessary pressure. A fully pressurised and airtight system operates more efficiently and is easier to control.
Pneumatic & hydraulic systems control and convert energy into mechanical action by manipulating pressurized gases or fluids, respectively. Each system operates under distinct principles that suit various industrial applications, optimizing tasks with specific power and precision requirements.
If you’re using a general-purpose actuator for an application, various factors might affect your choice. These include your application’s requirements for speed, accuracy, repeatability and force, as well as the complexity of the actuator’s design and the environments in which you want to use it.
Pneumatic actuators convert compressed air into mechanical motion, enabling precise and efficient control in various industrial applications.
Manufacturing industry trends have seen a rise in the use of electric actuation over pneumatic, which has raised questions about whether pneumatic actuators are slowly being phased out.
In the last century, very few industries needed a clean room, but modern technology changed all that. Microelectronics manufacturing, biotechnology, pharmaceutical, medical and the processing of food and beverages all demand absolute sterility.
Five years ago – a long time in technological terms – “The Evolution of Advanced Automation” was discussed in a presentation at the Industry & Economic Outlook Conference in the United States, held by the National Fire Protection Association.
As the field of soft robotics continues to evolve, one of the most critical challenges researchers face is developing reliable and efficient power sources to drive these pliable machines.
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