The electric actuator guide gives you a one-stop understanding

No matter where you are, the push, pull, lift, and lower movements required for machine operation can be operated using an electric linear actuator system. Electric linear actuators provide safe and precise linear movement through simple operation. Electric linear actuators also have the advantages of high efficiency and energy saving, long service life, and low maintenance requirements. The demand for electric linear actuators has grown exponentially in recent years. In various application environments, at least one of the three types of electric linear actuators can be seen: electric linear actuators, lifting columns, and gear reduction motors, operating in a variety of equipment systems.

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This electric linear actuator guide will take you to understand the operating principle, internal accessories, and the relationship between related specifications and characteristics of electric linear actuators. To help you choose the right electric linear actuator system for your system equipment project.
What is an electric linear actuator: An electric linear actuator, also known as an electric linear actuator or electric linear actuator, is an electric drive device that converts the rotational motion of an electric motor into physical mechanical linear motion, allowing the application object to achieve the function of linear motion. Compared with the drive systems of hydraulic and pneumatic actuators, electric actuator systems are the most reliable, require almost no maintenance, and are much cheaper than other brands of pneumatic systems. It is much easier to integrate positioning feedback data with electric solutions than pneumatic or hydraulic actuators.
How it works: Electric linear actuators convert the rotational motion of an AC or DC motor into linear motion, allowing the product to rotate effectively in all directions. DC voltage is generally considered safer.
Linear motion is generated by the motor rotating the screw of the actuator. The screw rotates clockwise or counterclockwise to move the nut (basically a nut on the screw) up and down in a straight line, creating a push/pull effect on the load.