The AK series laboratory-dedicated ultrapure water machine is distinct from traditional pure water systems. Its design is tailored to accommodate the busy workflow of your laboratory, featuring a touch-sensitive button interface and an intuitive navigation menu that provides a hassle-free and convenient operational experience.
Utilizing mature, stable, and energy-efficient reverse osmosis membranes along with self-developed formulated packing materials for the ultrapurification column, the AK series offers a safe and economical water supply solution for laboratory use.
Taking tap water as its source, the AK series can conveniently and rapidly produce RO (Reverse Osmosis) purified water and ultrapure water with high technical parameter specifications. The production capacity is selectable, ranging from 10L/H to 100L/H. The quality of the RO purified water surpasses the Grade III water standards specified in GB6682-2008, while the ultrapure water quality can reach the Grade I water standards outlined in GB6682-2008.
| Specification | Detailed Parameters |
|---|---|
| Machine category | AK series |
| SeriesModel Number | AK |
| Water source | City tap water temperature 1-45°C water pressure 1-5kg TDS<200ppm |
| Power supply | 220V/50HZ |
| Power | 30W-100W |
| Machine weight | 20KG-65KG |
| Host size | For a water production rate of 10–40 L/hour: Dimensions: Length 240 mm × Width 300 mm × Height 380 mm For a water production rate of 40–80 L/hour: Dimensions: Length 300 mm × Width 420 mm × Height 500 mm |
| Types of water intake | Multi-functional machine capable of simultaneously preparing and dispensing various water types: purified water, RO purified water, UP ultrapure water |
| Water production capacity | 10L-100L/H |
| Water intake flow rate | RO pure water: 1.8L/min UP ultrapure water: 1.5L/min |
| Water Quality | Specification |
|---|---|
| RO pure water quality | Conductivity ≤5μS/cm@25℃ |
| Resistivity ≥ 0.2 MΩ·cm @ 25°C | |
| The water quality standard surpasses the Grade III water standard specified in China's National Standard for Water Used in Laboratories (GB6682 - 2008) and is superior to ordinary distilled water. | |
Ultrapure water quality |
|
| Electrical conductivity | ≤0.055μS/cm@25℃ |
| Resistivity | Resistivity 18.25 MΩ·cm @25℃ |
| Heat source | ﹤0.005Eu/ml |
| Microorganism | ﹤1cfu/ml |
| Total Organic Carbon | TOC:﹤4ppb |
| Soluble silica | mg/L﹤0.01 |
| Cation content | <0.02ppb |
| Anion content | <0.05ppb |
AiKe AI Artificial Intelligence Laboratory ultra-pure water system can be connected to mobile phones or computers for remote control of the entire system, with a small footprint, access to various water qualities such as purified water, RO pure water, UP ultra-pure water, and a production capacity of 100-200L/H.
The AKZY-RO-EDIUP series ultrapure water machine is designed with AK's exclusive fully automated control system. It features an integrated modular design, occupies a small footprint, and facilitates easy replacement of consumables. The system offers a selectable water production capacity ranging from 200 L/H to 1000 L/H.
The AiKe New Generation CLassic Series Laboratory Ultrapure Water System features a 5-inch LCD touch screen, built-in printer, water production capacity of 8-40 liters/hour, and dual-purpose design that simultaneously produces purified water and ultrapure water.
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The Advanced series ultrapure water machine incorporates the ELITE water treatment technology developed by AiKe, with multiple system modules upgraded. Under the same water usage standards, the service life of consumables has been extended by 20% compared to the previous generation. It features a built-in ultrapure water circulation program, with a selectable water production capacity ranging from 4 to 60 liters per hour.
The new generation Exceed series ultrapure water system rapidly produces ultrapure water and purified water, with optional output capacity ranging from 6-100 liters/hour. The ultrapure water resistivity reaches 18.25MΩ·cm.
complying with Grade 1 water quality standards established by GB/T6682-2008, GB/T33087-2016, ASTM, CAP, CLSI, EP, and USP.
