CLiR 5200 Ultrapure Lab Water System with UV Oxidation and Remote Dispense (120V)

The CLiR 5200 Ultrapure Lab Water System provides high-purity Type I water essential for analytical chemistry, molecular diagnostics, and bioprocessing applications requiring stringent control of organic and bacterial contaminants. This system delivers up to 2.5 liters per minute of 18.2 MΩ∙cm resistivity water, conforming to ultrapure reagent water standards.

Key technical features include:

• Staged purification process incorporating high-purity ion exchange resins for dissolved mineral removal and dual-wavelength UV technology for simultaneous TOC (Total Organic Carbon) reduction and bacterial sterilization.
• Final filtration ensures particulate removal below 0.02 µm and bacteria under <1 CFU/mL, meeting strict Type I ultrapure water specifications.
• Remote dispense configuration enhances laboratory ergonomics and flexibility in delivering ultrapure water.
• Intuitive touch-screen interface enables real-time quality monitoring, including leak detection to maintain system integrity.
• Designed for critical applications such as HPLC mobile phase preparation, ICP-OES/ICP-MS sample dilutions, and workflows in synthetic biology and molecular cloning, where water purity directly impacts experimental accuracy.
• Compact form factor and quick-change, no-tools cartridge design facilitate rapid maintenance and reduce downtime, important in biomanufacturing and clinical diagnostics environments.
• Operates at a maximum pressure of 90 PSIG and temperature up to 100°F (30°C), compatible with standard laboratory infrastructure.

This ultrapure water system is widely adopted in biotechnology laboratories and research facilities focused on trace organics analysis, live-cell imaging reagent preparation, and molecular diagnostics, providing reliable and consistent water purity critical in biopharmaceutical production pipelines and synthetic biology research. Replacement cartridges and final filters are sold separately, allowing customization based on specific contaminant removal needs.