A stepper motor ctrical energy into mechanical power, but rather than continuously revolving, a stepper motor splits each revolution into a series of sequential steps. When both application and motor are correctly paired, a system can operate precisely and incredibly efficiently.
The 3 most common forms of stepper motors include the hybrid synchronous stepper motor, the variable reluctance stepper motor, and the permanent magnet stepper motor. While all three function differently, they each offer a distinct advantage over standard servo motors.
It is important to appreciate that stepper motors are not always suitable for every device, but with the right application stepper motors offer unmatched performance capabilities. Here are a few key highlights regarding stepper motors:
● Stepper motors are able to deliver maximum torque even from a starting-stop position.
● A stepper motor's rotational angle and input pulse are both proportionate.
● Stepper motors provide precise positioning, repeatability, and excellent speed control.
● Due to the fact that they don’t have any contact brushes to wear down, stepper motors are incredibly reliable.
● Stepper motors' operational lifespan is significantly greater than that of standard electric motors.
● Due to their ability to change rotational speed, stepper motors can be utilized in applications that require a greater degree of control and precision.
Because they can rotate in one exact repeatable step at a time, stepper motors perform incredibly well in applications that demand precise placement, such as camera platforms, 3D printers, numerical control devices, disk drives, and welding equipment.
Over the course of the four decades that they’ve been operating, ISL Products have delivered countless stepper motor solutions for a vast range of different customers.
Industries such as robotics, healthcare, and manufacturing have all sought performance motor solutions from ISL Products.