How to Establish Data Collection in a Kitchen Appliance MES Factory

The wave of intelligent manufacturing is sweeping across an increasing number of industries, reshaping market ecosystems.

 In the kitchen appliance industry, establishing a Manufacturing Execution System (MES) factory enables functions such as manufacturing data management, scheduling management, production scheduling, inventory management, quality management, production process control, bottom-level data integration and analysis, and top-level data integration and decomposition. This effectively enhances enterprise competitiveness and promotes sustainable development.

Enterprise competition hinges on the efficiency of resource allocation, namely the balanced configuration of production efficiency and costs.

 The core of resource allocation lies in scientific, efficient, and precise decision-making. Therefore, the proper utilization of data collection is crucial—ensuring that the right data is conveyed in the right manner, at the right time, to the right individuals and machines, thereby facilitating correct decision-making. In this process, the industrial IoT system for data collection plays a pivotal role.

WideIOT offers a data collection industrial IoT system solution centered around a data collection gateway.

 The gateway collects data from PLCs, instruments, industrial robots, CNC machine tools, sensors, and other equipment on the kitchen appliance production line, capturing device parameters (temperature, pressure, flow, operational status, etc.), production parameters (output, material quantity, inventory, etc.), and business data (fault information, maintenance work orders, etc.). This data is then integrated into the MES system, providing various management control and data analysis functions.

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System Functions

1. Data Collection: The system can collect various types of data from the kitchen appliance production line in real-time, including device data, production data, material data, and business data, and transmit it via 5G/4G/WiFi/Ethernet.

2. Remote Monitoring: Through terminals such as mobile phones and computers, the entire production line's operational status and various indicators, including device operational status and faults, can be remotely monitored.

3. Real-time Control: The system enables real-time control of production line equipment, including starting, stopping, and adjusting parameters, to ensure emergency control of the production line.

4. Data Analysis: The system can analyze and statistically process the collected data to obtain performance indicators and operational status of the production line.

    Data analysis can optimize production processes and enhance production efficiency.

5. Fault Alarm: The system can monitor equipment fault status in real-time and promptly issue alarms, helping staff quickly locate fault positions and causes to improve equipment reliability and maintenance efficiency.

6. Process Configuration: By integrating data with a cloud configuration platform, the system provides visual display and control means for the kitchen appliance production line, enabling an intuitive understanding of production information and facilitating reasonable optimization.