Linear actuators

Industrial linear motion actuators are motion devices engineered to deliver dependable linear travel under load. They are widely used in manufacturing, material handling, packaging, robotics and automated assembly lines. Built to ensure durability and accuracy, industrial linear actuators can be configured as belt-driven, screw-driven or rack-and-pinion systems, and are often combined with guides and carriages to form a complete linear axis or linear module capable of supporting high speeds, long strokes or demanding cycle rates. 

How do linear actuators work? 

A linear motion actuator works by converting rotational movement into straight-line displacement. Depending on the design, this conversion may occur through a ball screw, a belt system, or a rack-and-pinion mechanism. The actuator then moves a carriage or platform along a guided path, providing accurate and repeatable motion for automated processes. 

How to use linear actuators? 

Using linear actuators involves selecting the right model for the required speed, load, stroke length and environmental conditions, then integrating it into the machine’s motion system. Proper alignment, lubrication and regular maintenance help ensure reliable performance and long service life.