UV Light Robots Effective in Fight Against Virus Infection

UV light robots utilizing UVC germicidal lamps are in high demand in the fight against the spread of harmful bacteria and viruses, including the SARS-CoV-2 virus that causes COVID-19. Ultraviolet (UV) radiation emitted in the UVC wavelength is proven to have highly effective germicidal properties, quickly eradicating harmful pathogens on surfaces, in water and in the air.

UV Light Robots: The Future is Now

UV sterilization systems have been utilized for decades such as in air treatment systems, water treatment plants, and many other applications where UV lamps are installed to disinfect surfaces. It is not unusual to see UV lamps in HVAC or wall mounted air treatment systems or positioned to sterilize surfaces such as medical and surgical equipment. Seeing a UVC robot roam the halls of public places, however, may seem like a scene out of a science fiction, futuristic movie.

Thanks to advances in technology and several studies verifying the effectiveness of UV lamps to kill the SARS-CoV-2 virus, the future is now with UV light robots gaining in popularity to disinfect surfaces in many different environments. Autonomous robots with UVC germicidal lamps installed to emit UVC radiation in all directions provide an effective tool to eliminate tough viruses and bacteria that manual cleaning procedures may have missed. UVC robots operate without humans present and can use sensors to detect motion to shut down if people are near. They can navigate rooms, hallways and find their way back to charging stations, all without being on the payroll or taking a lunch break.

UVC Robots a Common Sight in Many Environments

UVC light robots are becoming a common sight in many environments as people and businesses worldwide take proactive steps to reduce the spread of COVID-19. Hospitals and medical facilities are the main driver in the increased use of UVC robots although many other industries and environments are taking notice and using the same technology to protect their staff and the public.

Hospitals are known to be a source of infection with medical staff and administrators focused on preventing hospital acquired infections (HAIs) through meticulous sterilization procedures. Disinfecting hospital rooms where patients had a serious illness such as COVID-19 or any type of superbug like antibiotic-resistant bacterial infections is critical to protect all hospital patients and staff. UVC germicidal lamps have long been used in hospitals and medical facilities and are increasing in use in other environments.

UVC disinfection lamps and UV light robots are helping to protect people with effective sterilization in many industries and environments including:

· Hospitals and medical facilities

· Schools and college campuses

· Public stores and shopping malls

· Office buildings and manufacturers

· Restaurants and kitchens

· Libraries

· Public transportation systems

§ Buses and bus stations

§ Trains and train stations

§ Airplanes and airports

UV light robots can be programmed to enter hospital rooms after manual cleaning procedures and significantly improve effective disinfection rates. UV disinfection is effective in a wide range of water, air and surface sterilization applications.

Effectiveness of UV Light Sterilization

According to a recent study by the National Institutes of Health, UVC disinfection robot, the effectiveness of UV light sterilization depends on several environmental factors such as surface topography, relative humidity, temperature, pH, organic load and other chemical compounds present. UVC germicidal lamps and UV light robots are proven 99.99% effective in reducing counts of vegetative bacteria within 15 minutes, including stubborn superbugs like MRSA, and even tougher pathogens like C. difficile within 50 minutes.

Since the COVID-19 pandemic began in 2020 several studies have been conducted on the effectiveness of UVC light to kill the SARS-CoV-2 virus, with highly effective eradication of the virus comparable to other coronaviruses. Severe Acute Respiratory Syndrome, also known as SARS, and Middle East respiratory syndrome (MERS) are both in the same coronavirus family. UVC light is proven effective at eliminating these coronaviruses as well as SARS-CoV-2, according to many recent research studies such as Upper-room ultraviolet air disinfection might help to reduce COVID-19 transmission in buildings: a feasibility study from October of 2020 by the National Institutes of Health (NIH).

UVC Germicidal Lamps for UV Light Robots

LightSources is a leading global supplier of UVC germicidal lamps for UVC light robots, offering a wide selection of high-quality germicidal lamps and custom engineering support. Our engineers possess deep technical knowledge of UV radiation and designing custom phosphor blends to meet your exact specifications. Our germicidal UVC lamps are proven in surface, water, and air sterilization applications, developed with proprietary technologies such as LongLife+™ and Shatter ProTech. LongLife+™ is a specialty coating that increases lamp life up to 16,000 hours, Shatter ProTech provides shatter resistance and protection from mercury contamination.

Our UV germicidal lamps include:

· Low Pressure Mercury Lamps

· Low Pressure Amalgam Lamps

· MPUVC germicidal lamps

· UV Quartz sleeves

· UVC Ozone lamps

· Custom bases and sockets

· Electronic Ballasts

UV Light Disinfection Robot: Still a Viable, Cost-Effective Solution

Service robots have been used in the medical field for many years with robots assisting with surgery, roaming bots with tablets allowing for physician tele-visits and even drones delivering emergency medical equipment. Robots have many other applications in the healthcare industry such as UV light disinfection robots which are becoming increasingly popular in hospitals to sterilize patient rooms, operating rooms, common surfaces, and medical equipment.

UV Light Disinfection Robots: Not Entirely a New Concept

Even before the global COVID-19 pandemic, hospitals across the country like this New Jersey hospital were investing in UV light disinfection robots according to this article in Robotics Business Review magazine published March of 2019. Hospital acquired infections (HAIs) have always been a concern as some of the most commonly transmitted HAIs are “superbugs” which are resistant to antibiotics. MRSA (methicillin-resistant Staphylococcus aureus), VRE (Vancomycin-resistant enterococci), C. diff. (Clostridium difficile) and other superbugs cause serious pain and suffering and may even cause death.

Cleaning and disinfection practices are a significant concern and one of the greatest costs of the modern healthcare sector. Hospitals must always maintain diligence in sterilization procedures to prevent hospital acquired infections and studies have been conducted on the efficacy of UV light robots long before the COVID-19 pandemic.

This study from the National Institutes of Health from 2017, Application of Service Robots for Disinfection in Medical Institutions, concludes that semi-automated UV light systems such as UV light robots were effective to substantially reduce the burden of MRSA and bacteria on surfaces, including in vacated patient rooms known to have been infected with MRSA.

MRSA is in the beta coronavirus family, similar to the SARS-CoV-2 virus that causes COVID-19. Several recent studies have shown that UV light may be effective at eliminating the SARS-CoV-2 virus as other coronaviruses, including MRSA, with the right conditions and exposure. According to the Food and Drug Administration, FDA, as of February 2021 there was still limited published data on the dose, duration and wavelength required to inactivate the SARS-CoV-2 virus.

More UV Light Robots Roaming Hospital Halls

Since the onset of the coronavirus pandemic, hospitals have been faced with new challenges in preventing the spread of COVID-19 amidst record capacity levels with many patients infected with the deadly SARS-CoV-2 virus. On top of treating high patient levels, healthcare workers at times had to deal with shortages in protective personal equipment (PPE), putting staff and patients at an increased risk of infection.

Hospitals across the country sought new tools and innovative methods to protect patients and staff. UV light disinfection robots provided a valuable tool as more hospitals began implementing mobile ultraviolet technology to aid in the fight against COVID-19. The Henry Ford Health System in Detroit invested in 20 UV light robots as reported in December of 2020, the Norman Regional Health Systems in Oklahoma purchased 6 UV light disinfection robots in July of 2020, as well as many other hospitals and medical facilities.

Hospitals are not the only application where UV light robots have been used to combat infectious disease. Airports, mass transit stations, libraries, schools, shopping malls, and many other public places have invested in autonomous virus killers on wheels to protect against the spread of germs.

UVC Disinfection Devices

A UVC disinfection robot is one of several devices where UV technology is used to eliminate harmful germs. Additional UV disinfection devices include air purification systems, water treatment systems and additional surface sterilization technologies. UVC disinfection devices typically use UVC germicidal mercury lamps due to high effectiveness and low cost.

Air purification systems are often installed as a wall-mounted unit or in HVAC systems and help to clean and purify the air that we breathe by eliminating harmful airborne pathogens. UVC lights mounted over surgical equipment and in operating rooms help to provide surface sterilization and UV water treatment systems eliminate harmful pathogens from water supplies in many applications. While air and water UV purification systems are still widely in use in many environments, the use of UV light sterilization robots has increased with a greater awareness of the effectiveness and the benefits that mobility devices provide.

Advantages of UV Light Disinfection Robots

UV light robots should be considered for use only in addition to manual cleaning practices and never relied upon for soul sterilization purposes. UV wavelengths are more effective when hitting a clean surface as dirt can trap microorganisms that may be difficult to be eradicated by UV light. Hospitals and other applications that have employed the use of UV light robots have realized many advantages such as:

Semi-automatic operation – staff can be trained to operate the UV robots which can be programmed to follow a particular path in a patient room, focusing UV rays in hard-to-reach places and can automatically return back to a charging station.

Highly effective – UV light robots have been proven to significantly reduce harmful levels of pathogens to safe levels, in addition to manual cleaning practices.

No labor expenses – UV robots have become part of the staff in many hospitals, even given names of their own. Robots however never ask for a lunch break, a day off or overtime pay.

Low maintenance – UVC germicidal lamps provide thousands of hours of effective sterilization with low maintenance and low ongoing costs.

No additional cleaning chemicals – UV lamps provide high sterilization efficacy with no need to purchase and store chemical cleaners.

Return on investment – UV light robots provide a worthwhile return on investment to hospitals by reducing costs of extended hospital stays due to HAIs, which occur in 1 out of 31 patients according to the Centers for Disease Control and Prevention, CDC. Additionally, by eliminating superbugs from patient rooms and saving even one life due to serious infection, this added level of disinfection is priceless.

UVC Germicidal Lamps for UV Light Disinfection Robots

LightSources and LightTech, together with our valuable partner companies comprise the LightSources group, recognized as a world leading UV lamp supplier. We offer a wide selection of UVC disinfection lamps, with various proven technologies, sizes and styles and custom engineered germicidal lamp solutions available. Our UV lamp engineers possess deep technical knowledge of UV radiation and lamp design to provide customized solutions including custom phosphor blends and proprietary technologies to meet the needs of innovative original equipment manufacturers (OEMs) of all sizes.

Our UVC germicidal lamps for UV light robots include:

· Low pressure Mercury lamps

· Medium pressure UVC lamps

· Compact quartz lamps

· Standard quartz

· High-output quartz

· Standard softglass

· High output softglass

· Amalgam lamps with proprietary technology.

· UVC ozone lamps

· Custom lamp bases and sockets

· Electronic ballasts

Our proprietary technology Shatter ProTech provides a cost-efficient solution to protect lamps and the environment with a shield that is acid and heat resistant and fits any lamp geometry. Our additional proprietary lamp technologies give our customers an added competitive advantage with high-quality, cost-effective UV lamp products for any germicidal application.