Water purification plays a critical role in spectrophotometry, especially when high sensitivity and accuracy are required. The quality of water used—typically in sample preparation, reagent dilution, or as a blank—can directly affect the reliability and reproducibility of your spectrophotometric results
Water Purification
Enabling Scientific Research with a Clearer Laboratory Water Solution
Spectrophotometry
Protein Electrophoresis
Water quality affects your buffer & gel preparation, sample prep, staining & detection, and Western Blotting
Duo™ II.I
Deionized and Ultrapure Water System
Indisputable Water Quality
Intelligent Monitoring
Integrity of Data
The Duo™ II.I water purification system provides two water qualities within one easy-to-use system - Types 1 (Ultrapure) & 2 (Deionized). Total Organic Carbon (TOC) monitoring is critical where organics affect results, so a real time TOC reading will provide absolute confidence in your water quality.
Laboratory Water System Overview
Duo-i II.I Flowchart
Geno™ II
Deionized Water Purification System
Integrated Leak Detector and Boost Pump
RO Sanitization Process
Simple Operation with Easy-Change Consumables
The Geno™ II water purification system takes RO water to the next level of purity, providing DI laboratory-grade water in two convenient production rates of up to 25 or 45 liters per hour. Geno™ II combines all the latest technologies to produce Type 2 DI water. The Endure™ DI packs for the system are simple to change and long-lasting.
Laboratory Water System Overview
Geno II Flowchart
How Does Deionization Work?
Deionization is a process that removes ions from RO water with the use of synthetic resins. The ions are removed from the water through a series of chemical reactions. These reactions occur as the water passes through the ion exchange resin beads. Gradually, all unwanted ions are replaced by hydrogen and hydroxyl ions, which combine to form pure water. Deionization is the only process that can produce the quality required for Type 2 water.