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Cleaning robots can solve these problems by cleaning surfaces and even directly cleaning the air.

A factory that manufactures heating, ventilation and air conditioning (HVAC) equipment is using robots to explore new ways to clean buildings . It can clean approximately 18,580 square meters of space in about two and a half hours - something that would take a purely manual team an entire night to complete.

It also performed well in the contaminant test . The testers placed microbial plates from the compost around the factory and tested the data after the machine was run. The results showed that the robot performed well in a room with good air circulation because the disinfectant inside the machine was in the space. Get a huge circulation within.

Robots are increasingly cleaning shopping malls, sports stadiums and other high-traffic areas . For example, one company has installed commercial cleaning robots in as many as 75 facilities across Canada, including stores and schools. The robots can run for six hours on a full charge.

Such a solution could give people greater peace of mind when traveling to these places for work or entertainment. Xiao Ou feels that perhaps this is one of the reasons why companies are increasingly including them in epidemic prevention and control plans .

Cleaning is an important part of building maintenance and industrial equipment maintenance , but such work often puts the lives of operators at risk. Some machines are good at doing this kind of dirty, boring and dangerous work, such as the following two:

Most industries involved in the storage or transportation of large volumes use giant storage tanks that require regular cleaning. However, these containers often also contain toxic or flammable chemicals and may be in an oxygen-deficient environment. Therefore, some companies are using robots to enter such tanks, and operators can stay outside and operate submersible and remotely operated robots to handle cleaning tasks for them.

Cleaning commercial skyscraper windows is a dangerous job because it requires workers to work dozens or even hundreds of meters above the ground.

Some professional cleaning robots are capable of autonomous window cleaning and are equipped with force sensors that can help measure the fragility of glass. Artificial intelligence allows the machine to remain stable even in windy conditions. It also remembers building surface conditions and continuously updates its cleaning path.

Keeping the environment clean is especially important for some companies. For example, in plants that specialize in food processing or pharmaceutical production, contamination can lead to costly recalls, eroding stakeholder trust and inviting regulatory scrutiny.

Researchers have developed a mobile industrial cleaning robot that can automatically detect the degree of dirt and select the appropriate program to handle the job.

The machine has an extendable arm and uses ultraviolet light to distinguish substances such as fat, oil and protein. It can also identify the thickness of dirty areas or the degree of dirt compaction, and then mix the appropriate amount of cleaning solution. This cleaning method avoids situations where dirty soils are not cleaned thoroughly because factory workers fail to notice.

If the hygiene condition of the restrooms in the mall is poor, it will affect the shopping experience of consumers.

Leave it to commercial bathroom cleaning robots, which rely on virtual reality to understand the layout of the space. Digital simulations tell the machine whether it should use detergent or simply wipe the surface, or whether it should use a vacuum cleaner or a hair dryer. The robot can even open doors or ride in elevators, allowing it to move without human intervention.

Maintaining cleanliness in busy industrial facilities can be difficult, especially where there is a high flow of people and materials and the risk of leaks.

More and more restaurant owners are purchasing cooking robots in commercial kitchens . A stir-frying robot can cook 10 kinds of dishes.

When the previous table's customers finish their meal, the restaurant requires many processes to prepare the food for the next customer. Robots can make this job easier.

Another example is a dishwashing robot that uses machine learning and computer vision to inspect items before cleaning them, a job that can be completed in a fraction of a second. It repeats the process to get the item thoroughly cleaned.

Robots can reduce the amount of cleaning work done by people, allowing them to focus on more valuable tasks that machines cannot handle.

For example, a logistics brand deployed floor cleaning robots in some of its industrial warehouses in North America . This kind of machine uses dynamic mapping technology to automatically update its travel path based on traffic, obstacle location and other information.