What are the application ranges of ATP fluorescence detection swabs?

ATP fluorescence detection swabs, with the advantages of being fast, sensitive and convenient, have a wide range of applications. The following are some of the main application fields:

Food and Beverage Industry

• Production and Processing Links: They are used to detect the cleanliness of the surfaces of food processing equipment, such as production lines, conveyor belts, and containers, to ensure that there is no microbial residue during the production process, prevent microbial contamination of food, and safeguard food safety.
• Catering Service Places: They can be used to detect the cleanliness of tableware, kitchen utensils, dining tables, countertops, etc. in restaurant kitchens, and promptly identify areas that are not cleaned thoroughly, avoiding the spread of foodborne diseases caused by dirty tableware.

Medical and Health Field

• Hospital Environment Monitoring: They are used to detect the surfaces of objects in hospital wards, operating rooms, intensive care units, outpatient halls, etc., such as hospital beds, bedside tables, surgical instruments, door handles, and elevator buttons, to evaluate the effectiveness of hospital cleaning and disinfection work and prevent the occurrence of hospital-acquired infections.
• Cleanroom Detection in Pharmaceutical Enterprises: During the drug production process, the walls, floors, and equipment surfaces of cleanrooms are regularly detected to ensure that the production environment meets the drug quality standards and prevent microbial contamination of drugs.

Hotels and Public Places

• Guest Room Hygiene Inspection: Various facilities in hotel guest rooms, such as bed sheets, towels, toilets, faucets, remote controls, etc., can be quickly judged for their cleanliness using ATP fluorescence detection swabs, providing guests with a more hygienic and comfortable accommodation environment.
• Detection of Public Facilities: The cleanliness of the surfaces of public facilities in public places such as shopping malls, supermarkets, cinemas, libraries, and gyms, such as handrails, elevators, public seats, shopping carts, etc., can be detected to safeguard public health.

Water Treatment Industry

• Drinking Water Detection: They can be used for rapid detection of source water, finished water, and tap water of drinking water to preliminarily judge the content of microorganisms in the water and promptly identify abnormal water quality conditions to ensure the safety of drinking water.
• Swimming Pool Water Detection: The microbial contamination of swimming pool water is regularly detected, including the surfaces of pool walls, pool bottoms, waterlines, and the surfaces of equipment in the circulation and filtration system, providing a basis for swimming pool water quality management.

Cosmetics Industry

• Production Equipment and Packaging Detection: They are used to detect the cleanliness of the surfaces of equipment, containers, pipelines, etc. used in the cosmetics production process, as well as the hygiene status of cosmetics packaging materials, to prevent microbial contamination of cosmetics and ensure product quality and safety.

Animal Husbandry and Agriculture Field

• Breeding Environment Monitoring: They are used to detect the microbial contamination of the surfaces of livestock sheds, feed processing workshops, breeding equipment, etc. in breeding farms, and take cleaning and disinfection measures in a timely manner to prevent the spread of animal diseases.
• Agricultural Product Processing Detection: The processing equipment, warehouses, and transport vehicles of agricultural product processing enterprises are detected to ensure the hygienic safety of agricultural products during processing, storage, and transportation.