A Complete Guide to Ultraviolet Robot

History of Ultraviolet Radiations:


UV radiation has a wavelength ranging from 10 to 400 nm and is frequently employed for a range of purposes in industrial operations as well as in medical and dentistry treatments. Since the 1930s, UV light was widely used in hospitals for water and air purification, additionally, they were used in places where microbiological contamination was a serious problem. UV light became important in the 1950s for aiding in the eradication of tuberculosis one of the major issues the world was facing at that time.

Sources of Ultraviolet Radiation:

There are several natural as well as artificial sources of UV radiation. The major natural source of ultraviolet radiation is the sun. Mercury lamps, fluorescent lights, halogens, lasers, and tanning beds are some of the artificial sources of ultraviolet radiation.

Parts of Ultraviolet Robot:

Ultraviolet robot consist of several parts, including three UV lamps, three PIR sensors, atomizing nozzle, batteries, a controller box, and a power supply. The PIR sensor is present on the top of the robot and has an extremely unique capability to detect any movement from a living thing like human beings and animals and instantly switch off the UV light to protect humans from these harmful radiations. Batteries provide two vital functions one is powering the robot and the other is delivering the output in the form of data back to the user. The atomizing nozzle is used to spray the disinfectant solution in the surrounding environment to purify the air. Ultraviolet Robot has an optional 3D camera that mimics the operation of human eyes, allowing it to produce a 3D map of its surroundings in real-time. The robot sees its environment in 3D up to a few meters away using neural depth sensing, while also identifying and tracking 3D objects in real-time.

Types of Ultraviolet Radiation:


Based on their wavelength range UV radiations are classified into three main types:

UV-A: UV-A, is commonly known as “black light”. It has wavelengths ranging from 320 to 400 nm. It is the most similar to visible light in terms of UV radiation. Almost the majority of the ultraviolet energy that reaches the Earth’s surface through our atmosphere is UV-A.

UV-B: UV-B is the type of ultraviolet radiation known as invisible rays whose wavelength range from 280-315nm.

UVC: also known as short-wave ultraviolet rays covers the wavelength range from 100-280nm.

Principle of working:


Ultraviolet radiation can disrupt the DNA or RNA molecular structure of microbial body cells, causing growth line cells to die and regenerative cells to die, resulting in sterility. The deep UV radiation removes mostly bacteria and viruses in one second at a particular concentration.

UV sterilization rate is proportional to target microbes and ultraviolet light dosage. Ultraviolet Robot removes viruses, a bacterial propagator as well as a bud. Kills fungal spores faster than bacterial spores (pathogenic fungi are often less resistant to ultraviolet light than bacterial spores). Previously, UV sanitizing robots were most commonly seen in clinics and other sorts of medical institutions, but they are now frequently used in workplaces and other areas where there is a large number of people.

Technical advantages of Ultraviolet Robot:


  • Ultraviolet Robots have multiple disinfection modes which show the greatest disinfection intensity and highest sterilization speed.
  • These robots can automatically detect the hindrances in their path and avoid these obstacles by changing their position of traveling.
  • They can charge quickly and automatically.
  • The capacity of an autonomous robot to lead itself from its current position to the desired location is referred to as navigation which is another key feature of these ultraviolet robots.
  • The virus inactivation rate of these robots is 99.99% which means it can destroy almost all microorganisms in the environment making it free of pathogens.
  • It is innovative equipment for sterilization and has tested and proven efficiency for pathogens. Minimum or no training is required to operate it correctly.

Bactericidal and anti-viral properties of Ultraviolet Robot:


Ultraviolet Robot shows both bactericidal(means that it can kill bacteria) and anti-viral (means that it can kill viruses) by simply interfering with the genetic material, i.e. nucleic acid, of these bacteria, rendering them unable to multiply and, as a result, losing their influence on the host. Since the discovery of UVC’s germicidal properties, researchers have concentrated on improving disinfection efficacy. Recent technological advancements have resulted in the creation of many types of UVC sources, although UVC germicidal lamps remain the most often utilized due to their inexpensive cost. When utilized in conjunction with UVC, complementary equipment such as humidifiers and wall reflectors reduce disinfection time. In the global fight against the Coronavirus pandemic, robots, particularly UVC robot disinfectors, are joining medical personnel on the front lines. The robot’s mobility disinfection saves time while providing amazing efficacy without the use of any additional equipment or chemical agents. Disinfection robots are currently a viable tool for surface cleansing in hospitals, but they have considerably more promise in the future. The sterilization robot series is intended for use in hospital and medical applications to clean ambient air.


The design and execution of a fully independent and cost-effective ultraviolet robot with the potential to protect humans from viruses especially coronavirus by disinfecting surfaces with UV lamps are given in this article. An Ultraviolet Robot is a self-contained gadget that may be controlled manually. It can also operate completely automatically. The robot’s integrated lighting and mobility can kill coronavirus and microbes at record speed. The gadget is very secure, thanks to artificial intelligence, embedded sensors, and cameras. When people are present, the Ultraviolet Robot turns down to defend them from the dangerous effects of Ultraviolet. People are increasingly deciding to purchase germicidal robots for their homes. We are offering several varieties of disinfection tools with the best prices and a 100% guaranteed refund. Choose sophisticated Ultraviolet robots from us to eliminate microorganisms from your surroundings. It is worthwhile to use it in medical, aesthetic, and educational institutions.