CLiR 5200 Ultrapure Lab Water System with UV Oxidation – Benchtop Type I Reagent Water Purifier

The CLiR 5200 Ultrapure Lab Water System is engineered for rigorous *trace organics* and *analytical chemistry* applications demanding ultrapure Type I water, 18.2 MΩ resistivity, and low total organic carbon (TOC) levels (<5 ppb). This benchtop system supplies up to 2.5 liters per minute (LPM) of reagent-grade water, essential for *molecular diagnostics*, *bioprocessing*, and *biopharmaceutical production pipelines*.

Key features include:

• Staged purification technology combining high-purity ion exchange resins for dissolved mineral removal with dual-wavelength UV oxidation for simultaneous bacterial sterilization and TOC reduction, critical in *synthetic biology research* and *gene editing workflows*.
• Final filtration ensures removal of particulates (<0.02 µm) and bacteria (<1 CFU/mL), maintaining compliance with Type I water standards required in *chromatography (HPLC, LC)* mobile phase preparation and *trace metal analysis* via ICP-OES/ICP-MS.
• Intuitive touch-screen interface with real-time quality monitoring and leak detection enhances ease of use in *clinical diagnostics* and *biomedical engineering* labs.
• Compact benchtop form factor with optional remote dispense capability optimizes lab space in high-throughput environments.
• Quick-change, no-tools cartridge design featuring Genuine Resintech media reduces downtime and consumable costs for continuous biomanufacturing processes.

Performance specifications:

• Operating pressure range: 20–90 PSIG
• Maximum temperature: 100°F (30°C)
• Resistivity: 18.2 Megohms at 25°C
• Bacteria removal: <1 CFU/mL
• Particulate filtration: <0.02 µm

The CLiR 5200 is widely adopted in *molecular biology* and *neuroimaging* labs requiring ultrapure water critical for sensitive assays, making it valuable for *biotechnology research* involving live-cell imaging and fluorescence analysis. This system supports optimal purity in *biomanufacturing* and *molecular cloning workflows*, ensuring reliable experimental reproducibility and downstream analytical performance.