Mitsubishi Electric Introduces MX Controller to Simplify High-Speed Machine Control and Enable Smarter Manufacturing
The MX Controller integrates sequence, motion, and network control into a single platform, providing a simplified architecture for applications requiring precise, high-speed automation. The product helps machine builders reduce complexity, accelerate development, and prepare for the next generation of connected manufacturing.
Mitsubishi Electric US, Inc., Industrial Automation Division (Mitsubishi Electric US, Industrial Automation) announces the release of its new MELSEC MX Controller, a next-generation control platform that unifies machine control, streamlines engineering, and supports the growing demand for connected, high-performance manufacturing systems.
“The MX Controller was developed to address the growing demand for highly integrated control across motion, logic, and networking within a single platform,” said Aga Zupancic, Product Manager, Mitsubishi Electric US, Industrial Automation. “By combining a multi-core architecture with CC-Link IE TSN, the MX Controller enables deterministic communication and synchronized control across complex, multi-axis applications while helping simplify machine design and reduce system complexity.”
The MX Controller is engineered for applications where performance, precision, and flexibility are critical. Combining multiple control functions into a single device reduces system complexity and improves responsiveness in high-speed, multi-axis systems. With integrated networking and real-time communication capabilities, users can coordinate motion, I/O, and data exchange within a unified control environment for applications such as packaging, material handling, and electronics manufacturing.
Powered by a high-performance multi-core architecture and native CC-Link IE TSN, the controller enables simultaneous execution of sequence, motion, and network processing. This approach supports synchronized control across devices while allowing real-time control and information data to coexist on a single network, making it easier to scale from standalone machines to more complex, connected systems.
The MX Controller also simplifies engineering and commissioning. Using Mitsubishi Electric’s GX Works3 software, engineers can develop sequence and motion control within a single environment, reducing the need for separate tools and improving workflow efficiency. Support for IEC 61131-3 programming standards and PLCopen motion function blocks promotes code reuse and consistency, while built-in diagnostics, data logging, and analysis tools help accelerate troubleshooting and system optimization.
To support connected manufacturing initiatives, the MX Controller includes OPC UA communication capabilities and supports MES integration. This communication further enables efficient data exchange between control systems and higher-level platforms, helping manufacturers improve visibility into machine performance, support predictive maintenance, and make more informed operational decisions. Built-in cybersecurity features, including encryption, authentication, and access control, are designed to support IEC 62443-4-2 requirements.
The MX Controller is designed to integrate with Mitsubishi Electric’s existing automation ecosystem. Compatibility with MELSEC iQ-R and iQ-F Series PLCs allows users to transition to the new platform while leveraging existing hardware, helping reduce migration costs, protect prior investments, and minimize environmental impact from disposal and rebuilding.
With its unified architecture and high-performance design, the MX Controller provides a scalable foundation for modern, connected machine control.
For more information about the MX Controller, visit https://us.mitsubishielectric.com/fa/en/products/cnt/mx-automation-controllers/.
