The continuously improving laboratory processes allow for the detection of substances in very small concentrations, thus imposing the high purity of the reagents used.

Ultra-pure water is the main component of laboratory solutions and reagents, and it is also subject to the strictest purity requirements mentioned above.

Devices that can produce type I water must be fed with already processed type II water, from reverse osmosis, deionized, or distilled. Subsequently, after processes of active ion reduction, breakdown and removal of organic contamination through UV irradiation, and removal of pyrogens and nucleases through ultrafiltration (optional), microfiltration, and special membranes, Type I ultrapure water is produced.

At the same time, these devices provide real-time measurements of the main parameters and ensure high water quality through the recycling function and the automatic pause in water flow when the measurable values are outside the desired limits.

The main applications of this water refer to critical analyses in molecular biology (PCR, DNA sequencing, cell cultures, electrophoresis, etc.), as well as in critical chemical analyses (ICP-MS/ICP/AA, HPLC, ion chromatography, GC-MS, etc.).