1.Features power indicator, pump operation indicator, low-pressure indicator, and system flushing indicator functions.
2. Utilizes imported ion filtration membranes and high-pressure, silent pure water pumps for more reliable operation quality and broader water quality applicability;
3. Equipped with a system flushing function: Before producing water each time the unit is turned on, it automatically flushes for 18 seconds before the system begins water production;
4. Includes system protection function: The unit automatically shuts down when water pressure is too low or there is no water, and automatically starts up when the water source is restored;
5. High output, low energy consumption, energy-saving operation, water output of 20L/h, power consumption only 25W, which is 1/300 of similar products;
6. Employs advanced water treatment technology, with a high-purity water output ratio of about 40%, and low water consumption;
7. No electric heating tube required, no scaling phenomenon, no need for cleaning;
8. No heat loss, room temperature output requires no cooling, and can be directly used for experiments;
9. Simple operation, easy maintenance, and low operating costs;
10. Features a two-stage RO pre-desalination system (optional for high salinity water quality);
11. Capable of upgrading water quality and output.

12. The RS-I series, in addition to the features and functions of the RS series high-purity water machines, also includes water quality monitoring, enabling real-time monitoring of output water conductivity and temperature.

Why Use a High-Purity Water Machine

·Stable water output quality, simple testing methods, no need for repeated experiments

·High water output, basic models at 10L/H or 20L/H, up to a maximum of 100L/H

·Output water at room temperature, no cooling required, can be used directly, reducing experimental analysis time and avoiding secondary contamination during cooling

·Water production on demand, avoiding time wasted during transportation, speeding up analytical experiment efficiency

·Most importantly, the instrument operates at only 25 watts, compared to electric thermal water distillers which typically consume 7-8 kW, commonly 10 kW, or even 15 kW, making it more energy-efficient and reducing daily operating costs

·More comparisons with traditional electric thermal water distillers,

Comparative Advantages Over Traditional Electric Thermal Water Distillers

Main Uses of High-Purity Water:

1.Final rinsing of laboratory glassware

2.Water for preparing buffers and chemical reagents

3.Water for preparing microbial culture media

4.Pure water for hydrogen generators, indoor humidifiers, and high-pressure sterilizers

5.Drinking water for laboratory animals, etc.