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1. Project Overview Automated production lines require reliable interfaces for equipment monitoring, parameter configuration, alarm management, and production data collection. For this project, the customer needed a customized industrial terminal integrating HMI (Human-Machine Interface), PLC communication, equipment monitoring, and production
Industrial automation systems often rely on PLCs, sensors, variable frequency drives (VFDs), and motor controllers from different manufacturers. Connecting these devices to a unified network can be challenging due to differences in communication protocols, interfaces, and data formats. In this
Project Overview Industrial automation equipment requires reliable motor control, flexible connectivity, and stable long-term operation. For compact machines and cost-sensitive automation products, integrating these capabilities into a dedicated controller can help simplify system design and reduce development complexity. This project
As industrial automation continues to evolve, robotic arms are increasingly used for material handling, sorting, assembly, and vision-based picking. These applications require more than simple motor control. A robotic arm control system needs to combine multi-axis motion control, machine vision,
