Force Controlled Linear Actuators

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  • Force Feedback in Linear Actuators
    When specifying the initial system, designers may benefit from selecting electric actuators with internal load cells. This option is a practical solution that provides optimum alignment, protection of load cell sensors, and streamlines the path of cables from actuator to controls.
  • How to Select a Linear Solenoid / Linear Actuator
    such as the required stroke and force, along with the duty cycle are 3 key determinants in selecting the right linear solenoid for an application, other elements such as controllability, life expectancy, speed and cost are also taken into consideration.
  • 5 Tips for Implementing an Integrated Stepper Linear Actuator System
    positioning for many applications at an affordable price. The integrated stepper linear actuator design provides optimal performance in terms of linear force and speed, load rating, system efficiency and reliability. Fewer mechanical components mean lower costs and greater system accuracy. This integrated
  • A Finer Control of Linear Motion
    Linear actuators essentially generate force and motion through a straight line. In a typical mechanical system, a device's output shaft would provide linear motion using a rotary motor through gears, a belt and pulley, or other mechanical components. Trouble is, these components must be coupled
  • The 5 Best Industry Applications For Linear And Rotary Solenoids
    at high speeds. When a product needs to be released or diverted, it is a linear or rotary solenoid that controls these fast-paced movements. Johnson Electric solenoids can provide up to 30 pounds of force even though they are very compact (only about 2 inches long) - making them useful in canneries
  • Voice Coils vs. Solenoids: What is the Difference?
    The question of whether to use voice coil actuators or solenoids for small displacement motion control applications comes up often. This article explains the key differences between each product and why you might choose one over the other for your application. A non-commutated DC linear actuator
  • Proportional Solenoids: Technical Overview
    Proportional Solenoids are linear actuators with a force proportional to the current in a limited range. With the addition of a return spring in your application you can make the proportional solenoid into a positioning device, where the position is depending on the input current to the coil
  • Solenoids: Principle of Operation
    . Whether your design includes linear or rotary actuation, we can help you determine the best solenoid to meet your application design requirements, such as: Exceptional Force/Torque. A linear solenoid can provide up to 30 pounds of force from a unit less than 2-1?4 inches long. A rotary solenoid can

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