Thorlabs BSC103 Stepper Motor Controller  

Product Manual：

Thorlabs BSC103 Stepper Motor Controller
Introduction: Sorebo BSC103 desktop three-axis stepper controller, used for high-precision multi axis displacement control of optical platforms.
Three axis independent drive, compatible with two-phase bipolar stepper motors
High subdivision micro step control, positioning accuracy can reach nanometer level
Support differential encoder closed-loop feedback, high motion repeatability
48V peak output, peak power of 50W, wide load adaptability
Trapezoidal/S-shaped acceleration and deceleration, smooth and vibration free low-speed operation
Comes with positive and negative limit, origin sensing signal interface
Multi channel TTL digital IO, supporting triggering and interlocking linkage
USB plug and play, multiple devices can be networked and extended with multiple axes

Equipped with Kinesis visualization software, parameter debugging is intuitive
Built in automatic recognition, matched with original electric displacement table
Equipped with multiple circuit protections for overcurrent, overvoltage, and overheating
Front panel status display, real-time view of location and faults
Provide programming interfaces that can interface with upper level programs such as LabVIEW
Desktop integrated body, convenient for laboratory placement and installation
Low noise circuit, suitable for optical precision detection scenarios
Conclusion: Thorlabs BSC103 has excellent three-axis synchronization performance and is the core displacement control host for optical and laser equipment.

Product detailed pictures：

BSC103

product video

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