The advantages of the smart reagent cabinet mainly include:
a. Intelligent management: computer technology is used to control, manage and monitor the system, which can realize automatic control and detection and improve management efficiency.
b. High safety: It has the functions of explosion-proof, fireproof, moisture-proof, mildew-proof, high-temperature and high-humidity prevention, etc., which can ensure the safe storage of reagents.
c. Remote monitoring: The status of the reagent cabinet can be remotely monitored through mobile phones, computers and other terminals, so as to facilitate the storage of reagents at any time.
d. Diverse functions: with a variety of working mode options, unattended, automatic alarm, remote control, data statistics, real-time monitoring and other functions can be realized to meet the needs of different users.
e. Easy to maintain: the intelligent safety reagent cabinet has a compact and reasonable structure, beautiful appearance, low equipment investment and low maintenance cost.
There are also some disadvantages to the smart safety reagent cabinet:
a. High cost: The intelligent safety reagent cabinet adopts a large number of advanced technologies, resulting in its high cost and may exceed the budget of some users.
b. Dependence on power supply and network: The intelligent safety reagent cabinet needs to rely on power supply and network to work normally, and if it encounters power supply or network failure, it may affect its normal operation.
c. Professional maintenance is required: Although the use of the smart safety reagent cabinet is relatively simple, it requires professional maintenance and management to ensure its normal operation.
Overall, the advantages outweigh the disadvantages of smart safety cabinets, which are very practical equipment for laboratories that need to store large quantities of reagents and dangerous goods.
The disadvantages and disadvantages of using ordinary reagent cabinets in traditional laboratories
1. A large number of reagents need to be registered manually, which is cumbersome and cannot trace the whereabouts of the reagents.
At present, the reagents, equipment, and raw materials used in the laboratory are diversified, and the manual registration is cumbersome, so it is easy to have the phenomenon of operation errors, and some expired or unlabeled chemicals cannot be disposed of in time, which has certain potential safety hazards; Reagent labels and cards are easily damaged, which causes great difficulties in subsequent inventory of reagents and statistical management, resulting in a great increase in the workload of scientific researchers.
2. Weak laboratory management.
With the integration and intersection of various disciplines in the research field, more and more researchers at all levels have entered a laboratory work, and the phenomenon of grassroots personnel serving as warehouses and even hazardous chemicals managers has become the norm. The pyramidal centralized processing of laboratory material allocation and the form of layer-by-layer approval of resource scheduling also make the intermediate links bloated, unable to deal with front-line problems in a timely manner, and often lead to the absence of advanced instruments and equipment, but the work has come to a standstill.
3. Supervision has been improved, and laboratory management is unstable.
At this stage, there are more than 200 types of standards for the operation of the industry to guide the operation of the laboratory, including 15 related to laboratory management, 23 related to laboratory safety, and more than 10 design standards for different departments.
The benefits of a smart lab.
1. Visual display of inventory information.
Customize the information of each warehouse in the laboratory, bind the ID of the physical intelligent reagent cabinet, and realize the control of the Internet of Things.
2. Basic data module.
Customize the organizational structure of laboratory personnel, and you can independently configure the use rights of intelligent reagent cabinets, cabinet use rights, storage units, etc., and integrate chemical classification data, hazardous chemicals SDS data, etc.
3. Intelligent inventory early warning.
Intelligent inventory warning: It has the ability to set inventory warning lines, alarm abnormal situations, and customize the design of early warning timeliness and statistical rules.
4. Diversified process control.
A variety of management processes can be set for different reagents, and the categories and control processes of special controlled items can be defined by themselves, and hazardous chemicals can be controlled separately.
5. Warehousing and inventory reagents are more intelligent.
Manual editing, batch import and other warehousing methods, with mixed early warning prompts for reagents, support for reagent inventory through mobile terminals, support voice input, automatic entity recognition.
6. Subscription and procurement management.
The requisition and procurement process can be customized, and the requisition form can be split after the approval is completed, and the purchase list can be exported with one click.
7. Receiving. Support multiple search function, one-click query of the information and location of items in the warehouse, automatic identification through scanning equipment, record the purpose, and automatically generate the corresponding ledger.
8. Restitution. The responsibility is to the person, only return the items received by the person, with the function of scanning the code to return, record the amount of use, and generate the corresponding ledger.
9. Waste management.
It has a complete waste information record, automatic comparison and use ledger of controlled chemicals, and automatic submission of disposal applications.
10. Provide data interface.
It is called for other business systems, and supports mobile terminals (applets, enterprise WeChat, etc.) to support the access of smart reagent cabinets that meet the communication protocol.
With China's continuous efforts in the field of science and technology, China's laboratory industry is also experiencing a moment of leapfrogging, and the intelligent construction of laboratories has become a consensus. In the era of intelligence, change is everywhere, and our imagination is still in the ethereal world, and tomorrow it may become a reality. After the intelligent era has subverted your traditional life, you thought that the remote intelligent laboratory is actually within reach.