Real-time monitoring of temperature and humidity in the kitchen. Prevents heatstroke risks in advance and improves the working environment.
In the food service industry kitchen environment, handling fire and heat sources requires ensuring worker safety and proper temperature and humidity management. Continuous monitoring is essential, especially in environments prone to high temperatures and humidity, to reduce the risk of heat-related illnesses. Our WBGT monitoring system supports the maintenance of a safe kitchen environment by measuring values in real-time with sensors and quickly detecting hazards. 【Usage Scenarios】 - Temperature and humidity management in the kitchen - Heat illness prevention for workers in the kitchen during summer - Recording and storing temperature and humidity data required for legal compliance 【Benefits of Implementation】 - Early detection of heat illness risks through real-time monitoring - Centralized management and efficient recording of data via the cloud - Prompt environmental improvement responses through alert notifications
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**Features** - Wide wireless coverage - Centralized management in the cloud - Risk reduction through visualization - Quick response with alerts - Easy recording and management **Our Strengths** MI Corporation specializes in devices and equipment centered around IoT/M2M technology. We propose a system that enables devices connected to a network to exchange information with each other, allowing for data collection and control without human intervention, thereby contributing to improved operational efficiency and environmental enhancement.
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【Case Studies】 ■ Automotive parts manufacturer ■ Food factory ■ Logistics warehouse *For more details, please download the PDF or feel free to contact us.
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Our company handles devices and equipment centered around IoT/M2M technology. By enabling devices and equipment connected to a network to exchange information with each other through the network, it is possible to directly collect and control data from the devices and equipment without human intervention. This significantly contributes to improving operational efficiency, environmental protection, and reducing labor costs.


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