Linear Motion Application Guide: Turn the Use Case Into Engineering Requirements
Use a requirements-first method to define load, force, stroke, speed, duty cycle, geometry, feedback, environment, controls, and validation before actuator selection.
Use a requirements-first method to define load, force, stroke, speed, duty cycle, geometry, feedback, environment, controls, and validation before actuator selection.
Select linear actuators for TV lifts by moving load, stroke, cabinet space, holding, speed, noise, controls, power, cable routing, and validation.
Select linear actuators for adjustable beds by motion zone, load, stroke, closed length, speed, noise, duty cycle, motor count, controls, feedback, power, and validation.
Follow this linear actuator sizing guide to calculate force, apply a design margin, define speed and stroke, and prepare a clear actuator selection brief.

Learn how electric actuator control electronics switch motor direction, handle limit inputs and feedback, connect power, and protect a basic motion circuit.