CLiR 5400 Ultrapure Lab Water System with UV Disinfection and Ultrafiltration (220V)

The CLiR 5400 Ultrapure Lab Water System is engineered for life science and biotechnology laboratories requiring high-grade Type I reagent water. Featuring a staged purification process, it integrates:

• High-purity ion exchange resins to eliminate dissolved minerals, essential in molecular diagnostics and gene editing workflows.
• Ultraviolet (UV) light sterilization reducing Total Organic Carbon (TOC) and effectively sterilizing bacteria, supporting contamination-sensitive applications like PCR and DNA sequencing.
• Ultrafiltration membranes that remove pyrogens and nucleases, ensuring RNase-free, DNAse-free water critical in synthetic biology and molecular cloning.
• A final particulate and bacterial filter achieving <1 CFU/mL and <0.05 µm filtration to consistently meet Type I ultrapure water standards (18.2 MΩ resistivity).

Key specifications include:

• Flow rate: 2.0 liters per minute (LPM) on-demand, suitable for continuous bioprocessing pipelines.
• Endotoxin levels: <0.005 EU/mL, improved to <0.001 EU/mL with optional endotoxin final filter, vital for sensitive biomedical engineering protocols.
• RNase removal down to <0.01 ng/mL and DNase <4 pg/μL, ensuring nucleic acid integrity.
• Operating pressure up to 90 PSIG, temperature tolerance up to 30°C (100°F).

Additional features:

• User-friendly touchscreen interface enabling real-time quality monitoring and leak detection.
• Compact benchtop design with optional remote dispensing, optimizing lab space for biotechnology workflows.
• Quick-change cartridge system (cartridges and final filter sold separately) maximizing operational efficiency and minimizing downtime.
• Utilizes genuine Resintech media known for consistent high-purity performance.

This ultrapure water system is critical in biopharmaceutical production pipelines, molecular biology research, and clinical diagnostics, providing reliable, on-demand, ultrapure Type I water essential for precise, sterile laboratory procedures. It eliminates reliance on hazardous chemical treatments like Diethyl pyrocarbonate (DEPC), promoting safer, contamination-free molecular biology workflows widely adopted in synthetic biology research and bioprocessing.