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Stepper motors

42-stepper-motor are (I think) super cool, because they help machines move in a special way. They find applications in things like robots, 3D printers and some toys. In this article we are going to take a close look at stepper motors, what they are, how they work, why they are useful, and how to use and control them, along with issues such as resonance, and how to deal with them.

Stepper motors are unique because they move in small steps instead of continuously turning like other motors do. This, for example, helps them perform minute movements inside machines. They have coils, a rotor and a shaft, and together they all help things move just the way we need them to.

Advantages of using stepper motors in electronic devices

One of the great strengths of stepper motors is that they are capable of high positional precision. That way, they can go to a particular location as that location, rather than trying to guess. They also don’t have to have a sensor to tell where they are, so they’re simpler to control. Another advantage is that they can hold their position using little energy, so the saved power can be useful.

Why choose LEISON Stepper motors?

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