Laboratory research: In laboratories such as chemistry, biology, and physics, high-purity water is the foundation for conducting various experiments and research. It is used for preparing reagents, culture media, buffer solutions, sample preparation, etc.

Pharmaceutical manufacturing: The pharmaceutical industry requires pure water to prepare drugs, injections, intravenous drip solutions, etc. to ensure the quality of drugs.

Biotechnology and Molecular Biology: Molecular biology experiments require high-quality water to prepare PCR reagents, nucleic acid and protein samples, etc.

Food and beverage industry: Food and beverage manufacturing requires pure water to prepare beverages, food additives, drinking water, etc.

Electronic manufacturing: In processes such as chip manufacturing and electronic component manufacturing, high-purity water is required for cleaning, cooling, and manufacturing.

Environmental monitoring: In environmental monitoring, it is used for preparing standard solutions, sample preparation, and water quality analysis.

Textile industry: In the textile industry, it is used for dyeing, cleaning, and other production processes.

Scientific research: In various fields of scientific research, such as Earth science, astronomy, etc., pure water is required for experiments and observations.

Energy industry: In the energy field, pure water can be used for the preparation and experimentation of equipment such as fuel cells and solar cells.

Chemical production: In some chemical industry processes, high-purity water is required as the reaction medium and reagent preparation.

These are just some examples of application fields for pure water machines. In fact, almost all fields that require pure water can use pure water machines. The degree and type of water quality requirements vary in different fields, so it is important to choose a pure water machine that is suitable for specific applications.