Motion control typically refers to systems with accurate position/velocity/torque capabilities operating in either open or closed loop mode. Open loop stepping drives send motion commands to stepper motors, but receive no information about the result. Closed loop servo systems have feedback devices at the motor shaft to verify or adjust the resulting motion.
SureStep AC microstepping drive, 2.5A per phase, 2-phase, 90-240 VAC, bipolar, velocity and position mode, 200 to 25600 steps per revolution. Learn More
Leadshine DC microstepping drive, 2.2A per phase, 2-phase, 12-24 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 400 to 12800 steps per revolution. Learn More
Leadshine DC microstepping drive, 4.2A per phase, 2-phase, 24-48 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 400 to 25600 steps per revolution. Learn More
Leadshine DC microstepping drive, 4.2A per phase, 2-phase, 24-48 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 200 to 25600 steps per revolution. Learn More
Leadshine DC advanced microstepping drive, 7A per phase, 2-phase, 24-70 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 200 to 12800 steps per revolution. Learn More
Leadshine DC microstepping drive, 5.6A per phase, 2-phase, 24-48 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 400 to 25600 steps per revolution. Learn More
Leadshine DC microstepping drive, 5.6A per phase, 2-phase, 24-48 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 200 to 25600 steps per revolution. Learn More
Leadshine DC microstepping drive, 7.2A per phase, 2-phase, 24-70 VDC, bipolar, MOSFET, dual H-bridge and 4-quadrant output, 400 to 51200 steps per revolution. Learn More
SureStep DC microstepping drive, 4.5A per phase, 2-phase, 12-48 VDC, bipolar, velocity and position mode, 200 to 20000 steps per revolution. Learn More