Real time monitoring and sound and light alarms are achieved through the Internet of Things, RFID technology, and intelligent monitoring systems, combined with video surveillance to meet traceability requirements; The hardware connection of temperature and humidity sensors and door magnetic sensors ensures real-time monitoring of the storage environment status of hazardous chemicals, improves the level of hazardous chemical safety management, and eliminates human errors and safety liability accidents.

　　Intelligent RFID Reagent Safety Management CabinetCan bring improvement to laboratory reagent storage - intelligent access

After the reagent is applied for through the task list, only authorized personnel can open the cabinet door. The system will automatically identify and compare the task information. If it meets the requirements, data will be generated and uploaded to the backend.

RFID intelligent reagent cabinet can improve laboratory reagent storage - information recording

During the normal process, the system generates a record after the user takes away the reagent, which includes information such as time, location, personnel, and items. The information can be summarized in a table format. The electronic work order records and monitors the entire process in real-time, and is linked with the cabinet door to ensure that there is a record every time the cabinet door is opened; The electronic work order is refined to every step of the operation, and the system immediately alerts when there is an operation error, eliminating human violations.

　　Intelligent RFID Reagent Safety Management CabinetCan bring improvement to laboratory reagent storage - identity authentication

The intelligent reagent cabinet uses various identification methods based on artificial intelligence, such as fingerprint recognition and radio frequency identification, to determine user information. The "double person double lock" system is implemented through fingerprint locks, which simplifies operations and has coercive power. It eliminates human errors such as keys. Only card swiping, fingerprint authentication, and facial recognition can open the cabinet door.

RFID intelligent reagent cabinet can improve laboratory reagent storage - real-time inventory

Through the built-in read-write terminal, intelligent inventory of reagents can be achieved, and the data can be updated in real-time to the background. At the same time, it can also be checked and verified against the background data one by one. The weighing data of the electronic balance is directly connected to the input system, which has accuracy and real-time performance, ensuring the authenticity and accuracy of hazardous chemical data.

RFID intelligent reagent cabinet can improve laboratory reagent storage - intelligent alarm

If the retrieved items do not match the task list, the network is disconnected, the door is not closed after the deadline, the cabinet door is opened abnormally, or the reagent inventory is insufficient, an alarm will be triggered and the information will be pushed to the background. Timely alarm and other safety prevention and control functions, easy to operate, achieve the goal of intrinsic safety.

RFID intelligent reagent cabinet can improve laboratory reagent storage - real-time monitoring

The combination of automatic triggering and timed scanning of cabinet door switches enables real-time monitoring of reagent status and storage and retrieval processes. The high-definition day night camera inside the cabinet automatically captures the entire process.