Mitsubishi Electric Product Catalog

Integrated control, motion, and visualization for reliable industrial systems

Industrial automation is not about individual devices — it is about how well they work together.

Controllers, drives, servo systems, operator panels, and software must form a predictable, maintainable system that performs consistently over many years of operation.

Mitsubishi Electric provides a comprehensive range of industrial automation products designed as parts of a unified architecture.

From programmable controllers and HMIs to drives, servo systems, and engineering software, all components are developed to operate together without unnecessary interfaces or compatibility risks.

This system approach simplifies integration, reduces commissioning time,
and helps engineering teams focus on process performance rather than device coordination.

Why Mitsubishi Electric Automation

For system integrators, plant owners, and chief engineers, long-term reliability and technical consistency are often more important than isolated feature sets.

Mitsubishi Electric automation solutions are built around these practical priorities.

• Unified ecosystem: controllers, motion, drives, visualization, and software designed to work together
• Scalable architecture: suitable for small machines, production lines, and plant-level systems
• Long lifecycle support: stable product platforms with long availability and documentation
• Global standards compliance: industrial and marine certifications for international projects
• Operational reliability: proven performance in demanding industrial environments

Integration and System Architecture

All Mitsubishi Electric automation products can be integrated within a single system architecture — the iQ Platform.

This platform brings together control, motion, robotics, visualization, and data handling within a common engineering and communication framework.

From a practical standpoint, this means:

• consistent engineering tools and workflows
• simpler system design and expansion
• faster commissioning and troubleshooting
• reduced integration risks between system components

A unified platform also supports better coordination between subsystems,
which directly contributes to improved overall equipment effectiveness (OEE) and more predictable system behavior over time.

From Modernization to New System Design

Whether upgrading an existing facility or designing a new automated line, automation projects typically involve balancing performance, reliability, and long-term maintainability.

Mitsubishi Electric solutions are commonly used where:

• existing systems need structured modernization without full replacement
• new machines must be scalable and easy to support
• global availability and consistent documentation are required
• engineering teams prefer a single, coherent automation platform

This approach allows automation systems to evolve with production needs while maintaining technical continuity and supportability.