The ultra-pure water machine market has developed to this day, and the water production technology of various brands of water machines is very close. The difference is more stable water production performance, more scientific design, more convenient use, and higher processing efficiency.
To choose an ultrapure water machine that meets the needs of the laboratory, in addition to considering whether the quality of the produced water meets the requirements, you also need to consider other functions and characteristics of the ultrapure water system.
Now that almost all ultrapure water equipment can meet the basic water quality requirements, the stability of the water produced by the ultrapure water system, the practicability and diversity of functions, etc., have become the focus of many laboratory users.
1. Can the configuration of the water machine be changed according to the experimental requirements?
When the water quality requirements of the laboratory change, there is no need to replace the water machine, just change the configuration of the water machine and add the necessary modules to produce ultrapure water that meets the requirements. However, the processing units of traditional ultrapure water machines are placed out of order and the pipeline connections are complicated, making it almost impossible to freely combine modules.
2. Whether the pure water storage tank can be expanded flexibly
During the use of the water machine, the storage of pure water is a very important part. First of all, in terms of the structure of the Water Tank, whether it is a pressure tank or an industrial Water Tank, it cannot guarantee that the pure water will not be polluted, and the quality of the stored water cannot be guaranteed, so it cannot meet the requirements of the experiment for pure water.
Secondly, if the amount of water used in the laboratory changes, the water storage tank also needs to be changed accordingly. Due to the fixed capacity of ordinary Water Tanks, when the water storage capacity changes, only larger or smaller Water Tanks can be replaced, which causes a lot of trouble.
3. Whether the water machine can stably produce water that meets the specifications without being affected by the quality of the influent water
Since the quality of tap water is affected by many factors, traditional water machines cannot stably produce qualified pure water when the water quality is poor.
4. Whether the system operation and water quality can be effectively recorded and analyzed
Most of the ultrapure water machines on the market today can only simply display the water quality status, but cannot record the data, let alone analyze the data.
All in all, an ultra-pure water machine that meets laboratory standards not only needs to be able to stably produce pure water and ultra-pure water, but also be sufficiently intelligent. Choosing a high-quality laboratory ultrapure water machine also requires attention to other aspects, which will be explained in detail later.
