The RFID intelligent reagent cabinet,combined with the laboratory information management system LIMS,truly realizes the full lifecycle management of chemicals,creates a safe and healthy laboratory environment for scientific researchers,and elevates laboratory intelligence and safety management to a new level.
In recent years,accidents caused by improper management and use of hazardous chemicals have occurred frequently,and safety management is urgent!Universities are required to attach great importance to the management of hazardous chemicals in laboratories and strictly manage them.
Intelligent reagent cabinet is a product born to address the common management issues of reagents in laboratories.By combining intelligent reagent management cabinets with laboratory information management systems,automated real-time recording of reagent storage,requisition,return,and other operations can be achieved,replacing the original simple paper records.This reagent cabinet is suitable for the storage and management of important items such as chemical agents,biological agents,standard samples,test samples,and on-site physical evidence.
Traditional reagent storage is manually recorded,which often results in contamination,loss,and other phenomena.With the use of information technology,it is more convenient to record and manage.It used to be very difficult to find reagents.You had to open the cabinet door and flip through them one by one.Now,you can directly select the required reagents on the computer,and the intelligent system will automatically find the storage location.The intelligent reagent cabinet also has a gas internal circulation multi-layer filtration device installed.
The intelligent reagent cabinet is based on RFID electronic label technology,and reagents can be placed in any layer of the cabinet at will.When retrieving,the system prompts can accurately and efficiently find the required reagents.The intelligent reagent cabinet uses RFID technology to achieve intelligent sensing of hazardous chemical electronic weighing,receiving,and returning reagent information,as well as automatic uploading of the ledger,effectively implementing dynamic electronic ledger management of the chemical use process.
By utilizing various Internet of Things and intelligent sensing technologies,various monitoring information can be obtained in real-time through automatic identification of IC cards,two-dimensional barcodes,radio frequency tags,cameras,and various sensors,achieving comprehensive perception of the laboratory environment,equipment identification,and information collection.
It can provide intelligent inventory warning functions,including warehouse warning line settings,abnormal situation reminders,user illegal operation reminders,low inventory reminders,reagent expiration reminders,etc.The visual intelligent reagent cabinet can also implement fine management of spare parts and consumables for chemical laboratory analysis instruments,optimize the procurement and use process of spare parts and consumables,and achieve dynamic management.Solved the shortcomings of traditional reagent cabinet warehousing and outbound registration query,which are time-consuming and laborious,and difficult to efficiently and intuitively display information,simplifying and visualizing cumbersome data.
By combining the laboratory information management system with RFID intelligent reagent cabinets,we truly achieve full lifecycle safety management from procurement,storage,requisition,return to recycling,and achieve intelligent early warning and real-time supervision throughout the entire process.By adopting an automatic exhaust system,we can achieve intelligent ventilation and ventilation,collect and process toxic and harmful gases,effectively ensure the personal safety of laboratory personnel,ensure scientific research safety,reduce safety hazards,and simplify operations.Create a more intelligent and user-friendly laboratory environment,allowing real-time and comprehensive monitoring of the laboratory environment to promptly eliminate safety hazards.
