ATP fluorescence detection swabs are widely used in the following fields:

Food Industry

1. Food Processing Links

• They are used to detect the cleanliness of food processing equipment. During food processing, microorganism residues on the surface of equipment may contaminate food. ATP fluorescence detection swabs can quickly detect whether there are microorganisms on the surfaces of conveyor belts, cutting knives, and mixing containers, etc., thus ensuring the cleanliness of the equipment and guaranteeing the quality and safety of food. For example, in dairy product processing factories, by regularly using these swabs to test processing equipment, microorganism contamination can be detected in a timely manner to prevent contaminated products from entering the market.
• They are also used to detect the microorganism situation on the surface of food. Whether it is fresh fruits, vegetables, or processed baked goods, meat products, etc., ATP fluorescence detection swabs can be used to detect whether the microorganisms on their surfaces exceed the standard. In the process of food quality control, this helps to quickly determine whether the food meets hygiene standards and avoid the circulation of contaminated food.

2. Food Sales and Storage Links
   In supermarkets, warehouses and other places, they can be used to randomly check the cleanliness of food packaging surfaces and storage facilities. By detecting the surfaces of food shelves, freezers and other facilities, potential microorganism pollution sources can be detected in a timely manner to ensure the hygiene of the food storage environment and extend the shelf life of food.

Medical and Health Industry

1. Hospital Environment Detection

• They are used to monitor the microorganism contamination on the environmental surfaces of hospital wards, operating rooms, consulting rooms, etc. Bed rails, door handles, and the surfaces of medical devices are all key detection objects. Through detection, hospitals can find the weak links in cleaning work, strengthen cleaning and disinfection measures, and reduce the risk of nosocomial infections. For example, in infectious disease wards, frequently using ATP fluorescence detection swabs to detect the environment can effectively control the spread of pathogens.
• They are also used to detect medical waste treatment areas to ensure that medical waste will not cause the spread of microorganisms during the treatment process and guarantee the safety of the hospital and its surrounding environment.

2. Medical Device Detection
   They are used to verify the cleanliness of medical devices after cleaning and disinfection. Surgical instruments, endoscopes, stethoscopes and other medical devices need to be strictly cleaned and disinfected after use. ATP fluorescence detection swabs can quickly detect whether there are still microorganism residues on the surfaces of these devices to prevent cross-infection.

Hotel and Catering Service Industry

1. Hotel Hygiene Inspection

• They are used to detect the hygiene situation in guest rooms, including bathroom facilities, bed sheets, and furniture surfaces, etc., which can help find places where cleaning is not in place in a timely manner and improve the service quality and customer satisfaction of hotels. For example, during the peak tourist season, hotels can use these swabs to quickly check the cleaning status of guest rooms and provide guests with a comfortable and hygienic accommodation environment.
• They are also used to detect catering areas, such as dining tables, tableware, and kitchen equipment in restaurants. Through regular detection, the cleanliness and hygiene of catering areas can be ensured to ensure the safety of customers’ meals.

2. Catering Service Detection
   They are mainly used to detect the cleaning effect of tableware. In large restaurants, cafeterias and other places, by using ATP fluorescence detection swabs to randomly check tableware, it can be quickly verified whether the tableware meets the cleaning standard, avoiding hygiene incidents such as food poisoning caused by improper cleaning of tableware.

Pharmaceutical Industry

1. Drug Production Links

• They are used to detect the cleanliness of pharmaceutical equipment. During drug production, whether the equipment is clean or not is directly related to the quality of drugs. ATP fluorescence detection swabs can detect the surfaces of reactors, pipelines, filling machines and other equipment to ensure that there is no microorganism contamination on the equipment and guarantee the purity and safety of drugs.
• They are also used to detect the cleanliness of drug packaging materials. If there are microorganisms on the surfaces of drug packaging materials, they may contaminate drugs. Through detection, it can be ensured that the packaging materials meet hygiene standards.

2. Drug Storage and Circulation Links
   In drug warehouses and during transportation, they can be used to detect the cleanliness of storage environments and transportation tools. It is ensured that drugs will not be contaminated by microorganisms during storage and transportation, maintaining the quality of drugs.

Public Health and Environmental Health Fields

1. Public Facility Detection
   They are used to detect the microorganism situation on the surfaces of public facilities, such as subway carriages, bus seats in public transportation, facilities in public toilets, bookshelves and desks and chairs in libraries, etc. This helps to detect potential public health hazards in a timely manner and take corresponding cleaning and disinfection measures to safeguard public health.
2. Environmental Health Monitoring
   They can be used to detect the microorganism pollution situation in garbage disposal plants, sewage treatment facilities and other environments. Through detection, the treatment effects of these facilities can be evaluated to prevent microorganisms from causing harm to the surrounding environment and residents’ health.