IOT News

With the rapid advancement of technology, industrial IoT and digital transformation have become hot topics in manufacturing. In the coatings industry, the development of smart factories is increasingly becoming a key pathway for enterprises to achieve digital transformation. A smart factory is one that leverages networking, digitalization, and intelligent technologies to automate, optimize, and greenify its production processes. At its core lies industrial IoT technology, which connects equipment, systems, and data to enable real-time information sharing and informed decision-making.

To support this transition, WideIOT offers a smart factory solution for the coatings industry based on industrial smart gateways. The solution provides real-time monitoring and management across the entire production process—from raw material feeding, metering, dispersing, grinding, and paint mixing, to filtration and automated packaging. By aggregating data from PLCs, instruments, industrial robots, sensors, and other equipment into a unified industrial IoT platform, and leveraging tools such as equipment management, remote control, remote maintenance, and data analytics, manufacturers can achieve plant-wide intelligent management and digital upgrade.

Key Features

Equipment Interconnectivity – The gateways connect coating production equipment, testing instruments, packaging machinery, and more, enabling real-time data exchange and coordinated operation among devices. A SCADA-style visualization platform supports intuitive monitoring and management control.

Big Data Analytics – By collecting, analyzing, and mining large volumes of production data, the system delivers valuable insights that help enterprises optimize processes, improve product quality, and reduce manufacturing costs.

Remote Monitoring and Alerts – Through the industrial IoT platform, companies can monitor equipment operating status in real time, with instant alerts for faults and abnormal parameters. This enables rapid detection and resolution of issues, minimizing downtime and production losses.

Remote Control and Maintenance – From mobile or PC interfaces, users can send commands to PLCs to start/stop equipment remotely, adjust operating modes, and more. Additionally, remote PLC programming, debugging, and program upload/download are supported—significantly improving maintenance responsiveness and reducing on-site service costs.