The advantages of intelligent reagent cabinet mainly include:

a, intelligent management: the use of computer technology to control, manage, monitor the system, can achieve automatic control and detection, improve management efficiency.

b, high safety: with explosion-proof, fire-proof, moisture-proof, mildew proof, anti-high temperature and humidity and other functions, to ensure the safe storage of reagents.

c, remote monitoring: can remotely monitor the status of the reagent cabinet through mobile phones, computers and other terminals, convenient to grasp the storage of reagents at any time.

d, diverse functions: with a variety of working mode options, can achieve unattended, automatic alarm, remote control, data statistics, real-time monitoring and other functions to meet the needs of different users.

e, easy maintenance: Intelligent safety reagent cabinet compact and reasonable structure, beautiful appearance, less equipment investment, low maintenance costs.

Smart safety reagent cabinets also have some disadvantages:

a, high cost: Intelligent safety reagent cabinet uses a large number of advanced technologies, resulting in high cost, may exceed the budget of some users.

b, dependence on power supply and network: Intelligent safety reagent cabinet needs to rely on power supply and network to work properly, if it encounters power or network failure, it may affect its normal operation.

c, the need for professional maintenance: although the use of intelligent safety reagent cabinets is relatively simple, but the need for professional maintenance and management to ensure its normal operation.

In general, the advantages of intelligent safety reagent cabinets are more than disadvantages, and for laboratories that need to store a large number of reagents and dangerous goods, intelligent safety reagent cabinets are very practical equipment.

Disadvantages of using common reagent cabinets in traditional laboratories

1. A large number of reagents need manual registration, which is cumbersome and impossible to trace the whereabouts of reagents

At present, the reagents, equipment and raw materials used in the laboratory are diversified, and manual registration is cumbersome, so it is easy to have operational errors. Some expired or unlabeled chemicals are not disposed in time, and there are certain safety risks. Reagent labels and cards are easily damaged, which causes great difficulties in follow-up reagent inventory and statistical management, resulting in a great increase in the workload of scientific researchers.

2. Weak laboratory management

With the integration and crossover of various disciplines in the research field, more and more researchers at different levels are working in a laboratory, and it has become a normal phenomenon that grass-roots staff concurrently serve as warehouse and even hazardous chemicals managers. Without such professional skills, these personnel cannot fully manage various information by relying only on paper and pen and experience. The centralized processing of laboratory material distribution pyramid and the examination and approval of resource scheduling layer upon layer also make the intermediate link bloated, unable to deal with first-line problems in a timely manner, often resulting in empty advanced instruments and equipment, but the work has stalled.

3. Improved supervision and unstable laboratory management

At this stage, the various types of standards guiding laboratory operation in the industry have reached more than 200, only involving laboratory management there are 15, involving laboratory safety there are 23, and there are more than 10 design standards for different departments, extensive, ambiguous management methods make experimental personnel tired to cope with supervision, long-term impact on the stability and sustainable development of the laboratory.