30L/Hour Benchtop Type II Type III Pure(RO) High Quality Pure Water System NeoPure30B-RO

It produces high quality pure water with superior resistivity and low TOC (＜30ppb)

1. A fully automatic system with self-diagnostics continuously monitors all operational parameters.
2. Secure Access: PIN-coded protection prevents unauthorized changes to critical system settings.
3. Network Connectivity: An RS232 port enables data logging of water quality and system performance for GLP compliance.

4. Complete Fluid Pathway Sanitization: Unlike many systems, the entire fluid pathway is included in automated disinfection cycles.
5. Contamination-Free Storage: The PE water tank is molded to prevent biofilm formation, with a conical bottom to eliminate stagnant water.
6. Optional Tank Protection: UV lamp and vented filter options maintain stored water purity against airborne contaminants.

7. High-Precision Resistivity Meter: Features a flow-through cell with a low constant (0.01 cm⁻¹) for accurate measurement of low ionic levels.
8. Automatic Temperature Compensation: 0.1°C resolution ensures meaningful, temperature-corrected purity readings.
9. User-Friendly LCD: Clearly displays resistivity, tank levels, and consumable change reminders.

10. Module-Designed Cartridges: High-quality, disposable purification columns allow for easy and quick replacement.
11. Scalable Water Storage: Tank options include 30L, 60L, and a large 350L reservoir for high-demand applications.
12. Optional Pre-Treatment: A reinforced pre-treatment module can handle poor quality feed water, increasing system longevity

**When hardness of feed water is high(>450ppm as CaC03), O.ST water soften is recommended.

Laboratory water purification systems are indispensable in modern scientific settings, converting tap water into various purity grades—Type I (ultrapure), Type II (pure), and Type III (reverse osmosis or RO water). These systems employ multi-stage processes including reverse osmosis (RO), deionization (DI), ultraviolet (UV) oxidation, and mechanical filtration to remove ions, organic compounds, bacteria, and particulates. Such purified water is critical for reliable and accurate research, supporting everything from routine rinsing to highly sensitive applications like high-performance liquid chromatography (HPLC). By ensuring consistent water quality, these instruments help maintain experimental integrity and reproducibility across diverse laboratory procedures.