Laboratory Desktop Ultra-Pure Water System, Fully Automatic Water Production, Quankun Ultra-Pure Water Pricing

Laboratory ultra-pure water systems operate on the same principle as most ultra-pure water systems, purifying raw water into ultra-pure water through four main steps for use by units and enterprises. The first step is preliminary purification pretreatment, which primarily involves removing particles and sediment from the water, a critical step. After passing through the reverse osmosis membrane, the water produced is called pure water, which can meet the water needs of most enterprises. The third step involves treating the pure water again with ion exchange resins, resulting in the required ultra-pure water.

Some units have special requirements for ultra-pure water, so some laboratory ultra-pure water systems are equipped with sterilization and disinfection units at the terminal to produce ultra-pure water free of any bacterial or microbial growth. Some units also demand the use of deep ion exchange, ultra-filtration, and UV oxidation units as terminal treatment components.

Performance Features:

1. The operational design is ergonomically designed, with the ultra-pure water machine featuring self-diagnosis of faults and alarms, as well as partial fault self-repair capabilities.

2. Microcomputer full automatic control with system self-check upon startup, automatic protection in case of water or power outage, automatic protection against over-pressure of water and electricity, and automatic maintenance flushing, etc. - making repairs and maintenance simpler.

3. The ultra-pure water system can run continuously for long periods (water usage > 200L/day), maintaining stable water quality to ensure consistent flow and pressure for uninterrupted supply.

4. Extra-large control panel with optional touch screen, ultra-pure water machine monitoring and control data-driven, data is storable and transmittable, equipped with PC interface, can connect to computer terminals (optional); Meets the modern requirements for the data-driven and standardized construction of medical experiment and inspection.

Features of Laboratory Ultra-Pure Water Purifiers:

1. Imported reverse osmosis membranes offer high desalination rates, long service life, and low operating costs.

2. Utilize an automated pre-treatment system for unattended operation.

High efficiency, low noise, good stability, and high reliability.

4. Online water quality monitoring, real-time tracking of water quality changes, ensuring water safety.

5. Full Automatic Electric Control Program. Touchscreen operation is optional, easy to use.

 Laboratory Desktop Ultra-Pure Water System, Fully Automatic Water Production, Quankun Ultra-Pure Water Pricing

Operating Principle:

The working principle of the laboratory ultra-pure water machine is that tap water is pre-treated through a precision filter core and an activated carbon filter core, filtering out particles like mud and sand, and adsorbing odors, making the tap water cleaner.

Then, the water is purified and desalinated through a reverse osmosis unit. The purified water is stored in a storage tank, meeting the national Grade 3 water standards, while the waste water from the reverse osmosis unit is discarded.

Reverse osmosis pure water undergoes deep desalination through purification columns to obtain grade one water or ultra-pure water. If customers have special requirements, additional devices such as UV sterilization or microfiltration, ultrafiltration, etc., can be added to the ultra-pure water to remove residual bacteria, particles, heat sources, and more from the water.

Precision filter cores, activated carbon filter cores, reverse osmosis membranes, and purification columns are materials with relative lifespans. Precision filter cores and activated carbon filter cores actually serve as protective measures for the reverse osmosis membranes.

If they fail, the reverse osmosis membrane's workload increases and its lifespan缩短s. Continuing to operate it will lead to a decline in the quality of the purified water produced, thereby加重ing the purification column's burden and shortening its lifespan. The ultimate result is an increased cost of operation for the ultra-pure water unit.