Fabian Enterprises Ltd MALTA

Stepper motors are different from DC motors because they have to be pulsed to move in set increments. That means that they can't simply hook them up to a power supply to make them go, however, they have other advantages, like accurate positioning (1 pulse=1 increment of movement), and a high degree of low-speed torque (ability to twist things). This 4-wire bipolar stepper has 1.8° per step for smooth motion and holding torque. This NEMA-17 stepper motor produces a whopping 4800g*cm (66.7in*oz) of holding torque. Applications include stage lighting, laboratory instruments, textile machinery, telescope positioning, robotics, etc.