CLiR 5100 Ultrapure Benchtop Lab Water System with Touchscreen Interface

The CLiR 5100 Ultrapure Lab Water System is designed for high-quality laboratory applications requiring Type I reagent water with 18.2 MΩ·cm resistivity. This benchtop water purification system delivers up to 2.5 liters per minute of ultrapure water on demand through a robust multi-stage purification process optimized for biological and chemical research workflows.

Key technical features include:

• Two-step deionization stage employing high-purity ion exchange resins, efficiently removing dissolved minerals essential for molecular diagnostics and synthetic biology applications.
• A 0.2 micron final filtration stage that eliminates particulates and bacteria (<1 CFU/mL), critical for bioprocessing workflows requiring aseptic conditions.
• Real-time water quality monitoring integrated with leak detection ensures consistent ultrapure water integrity.
• An intuitive touchscreen interface allows programmable preset volumes, supporting rapid reagent preparation and biomanufacturing protocols with precision.
• Intermittent recirculation minimizes bacterial growth during idle periods, maintaining water system sterility suited for biotechnology and bioengineering environments.
• Compact design offers optional remote dispensing for flexible placement within laboratory settings.
• Cartridge system utilizes genuine Resintech media with quick-change, no-tool cartridges that reduce downtime and total maintenance costs.

Performance parameters include:

• Maximum operating pressure: 90 PSIG (max), 20 PSIG (min)
• Maximum operational temperature: 100°F (30°C)
• Particulate removal capability: <0.02 µm filtration cutoff

The CLiR 5100 ultrapure water system is widely adopted in biotechnology, cell imaging, and clinical diagnostics laboratories, providing critical ultrapure water for applications such as reagent preparation, buffer formulation, and molecular cloning workflows. Its precision and reliability make it an essential tool in biopharmaceutical production pipelines and synthetic biology research demanding high-integrity water quality.