The Micro Step Driver for Motor RD-323MS is a high-performance microstepping motor driver engineered for precision motion control in semiconductor and automation applications. This compact driver (10.5×2.6×5.6cm) accepts 18-40VDC input while delivering 0.3-3A/phase current output, making the Rorze RD-323MS ideal for demanding positioning systems requiring smooth operation. Its advanced microstepping technology achieves up to 400 microsteps/step resolution, significantly reducing vibration compared to conventional stepping systems.

Designed in Japan and shipped globally from Xiamen, China, the RD-323MS 2-phase Stepping Motor Driver  supports high-speed operation with a maximum response frequency of 500kpps. The driver's 2-phase pulse input configuration ensures compatibility with various controllers while maintaining precise synchronization. The Rorze RD-323MS demonstrates particular strength in cleanroom environments where its low-vibration characteristics prevent particulate generation that could contaminate sensitive processes.

The RD-323MS RORZE MOTOR DRIVER incorporates intelligent current control that automatically adjusts to load conditions, optimizing torque output while minimizing heat generation. This feature, combined with its wide voltage range operation, makes the Rorze RD-323MS Pulse Input 2-PH Microstepping Motor Driver suitable for diverse industrial applications from wafer handling robots to precision assembly equipment. Its lightweight 0.24kg aluminum housing provides effective heat dissipation in compact machine designs.

As part of Rorze's motion control solutions, this microstepping driver exemplifies Japanese precision engineering with reliable performance in mission-critical applications. The Rorze RD-323MS 2P Micro Step Driver delivers exceptional positioning repeatability for semiconductor manufacturing, medical devices, and other high-tech industries where sub-micron accuracy and vibration-free operation are essential requirements.