In the advanced automation, mastering complex dynamic control requires more than just technical skill. We are currently engineering a multi-axis motion control system to our client’s demands. To meet these high-performance requirements, we have deployed the latest generation Mitsubishi MELSEC iQ-R series PLC as the core brain of the operation, showcasing our expertise in large-scale mechatronics integration.

This system is far more than a simple assembly of hardware; it is a precision computing and communication. The core highlights of our design include:

• Robust & Precise Drive Network: Leveraging the high-speed CC-Link and SSCNET communication protocols, we have successfully networked and driven dozens of J5 servo axes and high-end Mitsubishi inverters.
• Real-Time Distributed Control: To handle massive data throughput and complex computations, we integrate an optical fiber network that seamlessly interconnects 10 sets of iQ-R PLC CPUs. This solution not only achieves true real-time distributed control but also increases processing bandwidth and system fault tolerance.
• Advanced Motion Control: Tackling complex dynamic tasks head-on, we implemented high-level synchronized multi-axis control and fly cutting operations.
• Bridging Global Systems: We are actively validating the integration efficiency between Japanese (Mitsubishi) and European automation systems. We break down brand barriers to forge a solution that captures the best of both engineering worlds.

Every system we build is an engineering perfection. We are transforming complex, rigid machinery into the most powerful productivity assets on our clients’ production lines.