The UV Disinfecting Robots Can Replace The Traditional Ones

Why Do We Emphasize Disinfection?

Disinfection and sterilization are mainly used to clean medical equipment or rooms where patients or staff stay in hospitals. These areas are prone to infection, so they need to be thoroughly disinfected before use.

The main purpose of disinfection is to prevent the spread of bacteria and other viruses. The process removes most pathogens, which are invisible to the naked eye. Therefore, it can help prevent cross-contamination of infectious diseases between people and other living things.

In the past, hospitals usually use traditional methods to disinfect rooms or medical equipment. It takes a long time to complete the process because it is done manually. With the development of technology, UV disinfecting robots have been created to replace traditional ones.

What Is UV Disinfecting Robots?

UV disinfecting robots are the latest trend in the disinfection industry. These robots use ultraviolet (UV) light to kill bacteria, viruses, and other germs. The UV light is generated by a high-power bulb that is installed inside the robot.

UV disinfection is a process that uses ultraviolet light to kill microorganisms. The process uses an ultraviolet lamp that emits UVC rays – Ultraviolet C rays (which are different from UVA rays). These rays have wavelengths ranging from 200 nanometers to 400 nanometers and are used for killing microbes.

How does UVC light kill germs? The UVC rays kill germs by destroying their DNA structure so they cannot reproduce or cause disease. It does not damage human cells, so it is safe for humans to use this type of light for disinfection purposes.

In general, UVC can kill many bacteria and viruses, and even 99.9% of bacteria and viruses can be eliminated. It is also known that UV light has a broad spectrum and a strong bactericidal effect. The spectrum of UV-C light covers the entire range from 200 to 280nm, but at this wavelength, it cannot penetrate human skin or eyes; therefore, it can only be used for inanimate objects such as water treatment equipment, medical instruments, and so on.

Traditional Disinfection Methods Have Their Shortcomings:

In some cases, clinics and hospitals use traditional disinfection methods to disinfect and sterilize. For example, manual spraying of disinfectant, the use of disinfectants, etc.

These disinfection methods are effective, otherwise, they would not have been used for so many years. However, with the spread of the epidemic, it is difficult to meet some places with higher demand. These traditional disinfection methods have their own disadvantages:

People Will Be More Exposed To The Virus:

Because these traditional disinfection methods are manual operations, there are always some people who do not carry out this work carefully or according to regulations. This can increase the risk of people being infected by viruses or bacteria.

Disinfection Time Is Long:

Traditional disinfection methods take a lot of time to complete their work because they rely on manual operations and need time to dry up after cleaning before another step can be carried out in this process.

Not Conducive To Large-Scale Disinfection:

The manual spraying method is not conducive to large-scale disinfection because it is difficult to spray all corners of the room at once; it does not meet the demand for cleaning large hospital rooms or wards.

UV Disinfecting Robots

The Advantages Of UV Disinfecting Robots In Disinfection:

Traditional disinfection methods are based on physical or chemical means. The most common method is to use bleach or alcohol to kill bacteria in water. UV Disinfecting Robots are revolutionizing the way we disinfect. They can effectively kill bacteria, viruses, and other microorganisms in the air.

The UV Disinfecting Robots use ultraviolet light to kill microorganisms in air and water through a process called photoelectric reaction. This reaction occurs when photons (particles of light) penetrate microorganisms through their cell walls and damage their DNA structure or other molecules inside their cells so that they cannot reproduce anymore or even die immediately due to excessive damage; this process is called photodamage.

High Efficiency And Low Cost:

UV disinfecting robots do not use chemicals, so there is no need to purchase or replace them. Moreover, it is no need for special training for people to operate it. You can teach them how to use it within 1 hour easily.

Environment Friendly:

UV disinfection does not emit toxic substances and does not produce secondary pollution during the process of disinfection. Therefore, it has been widely used in food and beverage industries, medical institutions, and other places where it is necessary to maintain a clean environment.


One of the biggest benefits of UV Disinfecting Robots is their quiet operation. You don’t have to worry about disturbing patients or disrupting classes with loud machines when you use these robots for cleaning purposes.

Short Work Cycle:

The UV Disinfecting Robots can finish their work within a few minutes and then rest for some time before working again. This saves energy and makes them more energy-efficient than other disinfection equipment.

Why Choose KinouWell:

So where can we find high-quality UV disinfection robots? Here we recommend everyone choose KinouWell. Because KinouWell is a company specializing in the production of healthcare equipment, and KinouWell‘s UV Disinfecting Robots are very powerful:

Meet The Needs Of Large-Scale Disinfection:

It can meet the disinfection needs of large hospitals or clinics. It can combine laser SLAM and V-SLAM technology for fast and accurate positioning and drawing. It can carry out laser surveying and mapping of a large area of 40,000 square meters.

Intelligent And Automatic Planning Of Disinfection Routes:

Equipped with the latest infrared sensing technology, the machine can intelligently identify objects and then avoid obstacles. It also has a large memory space, so it can memorize multiple disinfection routes according to different rooms or floors of different hospitals. This helps save time, effort, and labor costs.

Long Service Life: 8000 Hours

It is equipped with 6 PHILIPS UV-C lamps 90cm long. The life of these lamps can reach 8000 hours, which means that they can provide long-term disinfection services for many large hospitals and clinics.