The store will not work correctly when cookies are disabled.
Please be aware we use cookies to make your experience better.A cookie is a piece of data stored on a visitor's hard drive to help us improve your access and identify repeat visitors. Cookies can also enable us to track and target the interests of our users to enhance the experience on our site. Usage of a cookie is in no way linked to any personally identifiable non-public information.Learn more.
Linear actuators are key components in motion control systems, creating desired linear or rotary mechanical motion by converting various forms of energy. Specifically, a linear motion actuator produces straight push/pull movements and is typically driven by acme or ball screws. These devices, sometimes referred to as linear tables, slides, or stages, are versatile and widely used across numerous industries.
Electromate offers a wide range of linear actuators, including rodless and rod-style options for servo and stepper motion control. We supply products from leading manufacturers like Tolomatic, E-DRIVE, and Dyadic Systems, each with unique features to meet diverse application requirements. Browse our selection of linear actuators via the category links below. To learn more about the nuances between linear actuators, tables, slides, and stages, click here.
Linear Actuators we Carry
Rod Actuators
Rod type actuators produce more force and are highly tolerant of dirty environments, although they require a bearing structure to carry the load. The thrust element or rod moves out of the end of the actuator as motion takes place.
In this actuator, the actuator housing completely surrounds the screw, which provides a load bearing and guidance structure. Rodless actuators carry the load without the need for external guides and are particularly suited for transporting loads at long stroke lengths. Rodless actuators are difficult to seal and thus are not ideal for dirty or wet environments.
Actuators based on belt drives and are often used where speed is important but with limited accuracy. These actuators operate under the same principle as the conveyor belt system; the belt drive translates rotary motion to linear motion via a timing belt. Belt actuators are designed for high speeds with long distances and are perfect for fast positioning and handling tasks
There are several different types of screw actuators including lead screw actuators, ball screw actuators, and planetary roller screw actuators. Lead Screw Actuators have a threaded nut that moves with a screw, providing both simple construction and lowest cost. Ball Screw Actuators are essentially lead screw actuators that use ball bearings. They are usually chosen due to their faster rates of speed with continuous duty cycles and ability to carry higher loads.
Deliver high-speed, light-load performance with precision bearings, belt-driven motion, and compatibility with NEMA motor mounts and planetary gearheads.
High force electric linear actuators designed to replace hydraulic systems, providing efficient, precise performance with long life and reliability in demanding conditions.
What is a linear actuator used for? They are ideally suited for applications where tilting, lifting, pulling, or pushing with pounds of force are required. Common applications for linear actuators include:
A linear actuator is defined as a device that converts various forms of energy into linear motion or straight push/pull movements. Actuators (electric cylinders) are mainly thrust producing devices that use either an acme or ball screw as the driving mechanism. Linear actuators allow the device to slide, tilt, and lift as needed.
How do linear actuators work?
Electric linear actuators use electrical energy to enable movements in a straight line. A piston or rod moves back and forth based on control signals. Linear actuators use a motor that generates high-speed rotational motion and a gearbox that slows its impact. This increases the torque used to turn a lead screw, which results in linear motion of a shaft or drive nut. A 12V DC motor is often used in linear actuators but other motors can also be used. Switching the polarity of the connection from motor to the battery would make the motor rotate in the reverse direction.
Why use a linear actuator?
Electric linear actuators increase efficiency and enable safe, secure, and precise motion.
How do I choose a linear actuator?
When choosing a linear actuator, follow these steps:
Determine the amount of force needed
Determine the distance the actuator must travel
Determine the speed
Choose a type of linear actuator based on your specific project specifications and requirements
A cookie is a piece of data stored on a visitor's hard drive to help us improve your access and identify repeat visitors. We use necessary cookies to make our site work. We'd also like to set optional cookies to help us improve it. Usage of a cookie is in no way linked to any personally identifiable non-public information. Learn More.
By clicking “Accept”, you consent to the use of ALL the cookies. However you may visit Cookie Settings to provide a controlled consent.
