The M68-2000 is a high-performance dual-axis CNC servo drive module from SCE Elettronica, specifically designed for machine tool and demanding motion control applications. This advanced module provides precise control of speed, position, and torque for servo motors, making it a critical component for complex automation systems. It is designed for long-term uninterrupted operation in industrial environments, offering high integration, robust stability, and easy maintenance.
Model: M68-2000 / M68-2000/2
Number of Axes: 2 (Dual-axis integrated module)
Firmware: FW 2.40 B3
Hardware Version: HW 3.1
Control Modes: Position, Speed, Torque
Feedback Type: Encoder (closed-loop control)
Applications: CNC machine tools, robotic systems, packaging machinery
Protection Functions: Overvoltage, overcurrent, overload, overheating
Electrical Isolation: Opto-isolation
Anti-Interference: Shielded cables and proper grounding

The M68-2000 uses high-precision closed-loop control algorithms for each axis independently. The controller interfaces with high-resolution encoders and servo drives, continuously comparing the commanded position with the actual machine position. This results in exceptional accuracy and smooth motion for point control and trajectory control applications.
The M68-2000 integrates two full-function drive circuits into a single housing, making it particularly effective for gantry systems and multi-axis pick-and-place machines. This reduces panel wiring time, overall cabinet footprint, and total component cost compared to using two separate single-axis drives.
Comprehensive overvoltage, overcurrent, and thermal protection ensure maximum reliability and safety for the drive and the machine tool. Integrated diagnostic tools allow operators to tune the servo parameters for optimal dynamic response, offering fast start-ups and accurate positioning with minimal overshoot.
The SCE M68-2000 dual-axis servo drive is a powerful motion control solution that provides CNC-level precision in a modular format. It is ideal for complex automation tasks in CNC machining, robotics, and high-speed packaging lines.



