With the advent of electric actuators a few decades ago, more industries are now switching to the electric alternative. The type of actuator you choose primarily depends on the travel range, power, st...

In a linear motor, the rotor moves in a straight line along the length of the stator. The power in this set-up is typically supplied with a varying magnetic field. This is what creates linear motion o...

An electric actuator is the smartest replacement for other similar hydraulically, pneumatically and mechanically driven devices. The electric devices are highly precise, programmable and controllable....

Electric linear motors are far more precise, programmable and offer better repeatability for critical tasks. In addition, the electric varieties are much easier to integrate into your existing system ...

Electric actuators are preferred packaging applications mainly because they provide precise and repeatable force control. In addition, their stroke force and length can also be controlled precisely....

In the recent past, linear motors have become better in that they provide highly programmable motion, repeatability and distances. These motors consist of a force, magnets, a magnetic track and windin...

A device that converts a hydraulic, electric or battery generated power source into linear (straight line) motion is known as a linear actuator. This is different from the circular motion generated by...

An electric linear actuator has every potential to replace pneumatic cylinders in myriad applications. Apart from high-end features, the cost factor is also at play....

A linear actuator is a device that converts some kind of power, such as hydraulic or electric power, into linear motion. It can be integrated into the production or testing process....

There are certain brands of actuators that boast of programmable forces including very low forces to the order of 0.1N or less, if so required. These actuators are best suited for glass-related applic...