The chemical intelligent management cabinet enables laboratory personnel to quickly grasp the usage and remaining amount of chemicals through automated data management and real-time update functions, avoiding experimental failures caused by information lag and improving work efficiency. Multiple authentication methods ensure that only authorized personnel can receive chemicals, greatly reducing the possibility of misoperation. In addition, the intelligent warning system can timely detect and handle potential security issues, further ensuring the safety of the working environment.

The automatic inventory function not only saves a lot of manpower and material resources, but also improves the accuracy of inventory data. Management personnel can check the inventory status at any time, arrange procurement plans reasonably, and avoid waste or stockouts. Detailed collection records and usage tracking make the entire process of chemical use transparent and traceable, helping to establish standardized operating procedures and promote standardized laboratory management. Based on big data analysis collected by the system, management can gain insights into chemical consumption patterns, usage frequency, and other aspects, providing scientific basis for resource allocation and policy adjustments.

Measurement steps for chemical intelligent management cabinet:

1. Initialization settings and coding

-2D barcode/RFID chip printing: Identify each chemical reagent (such as 2D barcode or RFID tag) to ensure the accuracy of subsequent tracking and management;

-System input of basic information: The name, specifications, hazard category, and other data of chemicals are entered into the system through the intelligent central console, and a digital ledger is established.

2. Storage operation

-Automatic shelving and container loading: After scanning the labels with PDA devices, the system guides the automatic allocation of reagents to fixed storage locations, achieving accurate positioning and storage;

-Weighing verification: If equipped with a weighing module, it is necessary to verify whether the actual weight is consistent with the theoretical value to avoid inventory data deviation caused by errors.

3. Storage monitoring

-Status monitoring: Real time collection of temperature, humidity, volatile gas concentration and other parameters inside the cabinet through built-in sensors, triggering alarm prompts in case of abnormalities;

-Dynamic inventory: Regularly scan the entire cabinet through RFID technology, update the inventory list, and synchronize it to the cloud management system for remote viewing by managers.

4. Requisition process

-Identity authentication: Users need to verify their permissions through card swiping, fingerprint recognition, or mobile phone verification codes before opening the cabinet door;

-Automatic recording of usage details: The system automatically registers information such as the recipient, time, quantity, etc., forming a complete operation log for traceability.

5. Data Management and Analysis

-Ledger generation: Summarize the entire process records of procurement, warehousing, requisition, return, and scrapping, and support exporting reports for compliance auditing.