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Series of AquaRO² & EDI²

Series of AquaRO² & EDI²

The **AquaRO², AquaRO²DI, and EDI²** series use advanced reverse osmosis (RO) technology to produce high-quality deionized water. The EDI² series further purifies RO-treated water using an electrodeionization (EDI) cell to produce **Type II water**. Designed as reliable, compact, and cost-effective systems, these units offer flexible configuration options to meet a wide range of laboratory requirements.

With production capacities ranging from **8 to 40 L/h**, the systems are available in different purity levels, delivering water with conductivity from **less than 10 µS/cm to less than 0.2 µS/cm**. Optional dispensers can be integrated for convenient water access, while customers can choose between **35 L, 70 L, or a customized tank size** to suit their specific needs. The systems provide resistivity levels ranging from **greater than 0.1 MΩ·cm to greater than 5 MΩ·cm**, with **TOC levels between less than 20 ppb and 50 ppb**, ensuring reliable water quality for various laboratory applications.

The **AquaRO², AquaRO²DI, and EDI²** series use advanced reverse osmosis (RO) technology to produce high-quality deionized water. The EDI² series further purifies RO-treated water using an electrodeionization (EDI) cell to produce **Type II water**. Designed as reliable, compact, and cost-effective systems, these units offer flexible configuration options to meet a wide range of laboratory requirements.

With production capacities ranging from **8 to 40 L/h**, the systems are available in different purity levels, delivering water with conductivity from **less than 10 µS/cm to less than 0.2 µS/cm**. Optional dispensers can be integrated for convenient water access, while customers can choose between **35 L, 70 L, or a customized tank size** to suit their specific needs. The systems provide resistivity levels ranging from **greater than 0.1 MΩ·cm to greater than 5 MΩ·cm**, with **TOC levels between less than 20 ppb and 50 ppb**, ensuring reliable water quality for various laboratory applications.