MDS-E/EMH Series – MITSUBISHI

Description

Introducing the Mitshubishi MDS-E/EMH Series, a versatile solution for multi-hybrid drive units. This series is designed to drive up to three servo axes and one spindle simultaneously, offering exceptional flexibility and performance for various industrial applications.

Key Features:

1. Multi-Hybrid Drive Unit: The MDS-E/EMH Series features a multi-hybrid drive unit that can drive up to three servo axes and one spindle. This enables simultaneous control over multiple motion axes, providing versatility and efficiency in complex automation systems.

2. Servo Axis Control: With the multi-hybrid drive unit, this series offers precise control over multiple servo axes. It allows for synchronized and coordinated motion control, enabling complex motion profiles and intricate operations.

3. Spindle Control: The MDS-E/EMH Series also provides reliable control over the spindle, allowing for precise speed and position control. This ensures efficient machining operations and optimal performance in spindle-driven applications.

4. Flexible Configuration: This series offers flexible configuration options to adapt to various system requirements. Whether you need to control different types of servo axes or incorporate additional peripherals, the MDS-E/EMH Series can be customized to meet your specific needs.

Product Benefits:

1. Versatile Motion Control: The MDS-E/EMH Series enables versatile motion control with its multi-hybrid drive unit. It allows for simultaneous control over multiple servo axes and the spindle, providing flexibility in complex automation systems.

2. Enhanced Efficiency: With synchronized control over multiple motion axes, this series improves overall system efficiency. It enables coordinated motion profiles, reducing cycle times and maximizing productivity in multi-axis applications.

3. Precise Spindle Control: The MDS-E/EMH Series ensures precise control over the spindle, allowing for accurate speed and position control. This results in optimal machining performance, improved surface finish quality, and reduced scrap rates.

4. Adaptability and Scalability: With its flexible configuration options, the MDS-E/EMH Series can adapt to various system requirements. It supports different types of servo axes and peripherals, allowing for scalability and future expansion.

5. Simplified Operation and Maintenance: The user-friendly interface of the MDS-E/EMH Series simplifies programming, operation, and maintenance tasks. It reduces setup time, facilitates system monitoring, and enables efficient troubleshooting.