Promote a Healthy Environment.
The Aerocure 200 is medical-grade air disinfection device proven to eliminate 99.9% of bacteria, spores and 100% of viruses in the air.¹ The AeroCure is an air-handling system that uses germicidal ultraviolet light and mechanical filtration to remove airborne particulate matter and microorganisms to provide an environment of reduced airborne contaminants.
• Continuous germicidal air disinfection using ultraviolet (UV)
• High efficiency air recirculation
• Reduction of airborne microbial contamination¹
• Reduction of bacteria, viruses and spores¹
• Small footprint and low noise
With
technology.
Promote a Healthy Environment.
The Aerocure 200 is medical-grade air disinfection device proven to eliminate 99.9% of bacteria, spores and 100% of viruses in the air.¹ The AeroCure is an air-handling system that uses germicidal ultraviolet light and mechanical filtration to remove airborne particulate matter and microorganisms to provide an environment of reduced airborne contaminants.
• Continuous germicidal air disinfection using ultraviolet (UV)
• High efficiency air recirculation
• Reduction of airborne microbial contamination¹
• Reduction of bacteria, viruses and spores¹
• Small footprint and low noise
With technology.
TACKLING OTHER PATIENT CARE SPACES
MOST SIGNIFICANT CHALLENGES
Airborne Bacteria
Allergens
Infectious Aerosols
Airborne Bacteria
Allergens
Infectious Aerosols
SOMETIMES WHAT YOU CAN’T SEE, POSES THE GREATEST RISKS.
Indoor air is two to five times more polluted than outdoor air.² As people move through the space, they’re breathing, talking, coughing, sneezing, and shedding skin cells, which contaminates the air.
The Aerocure 200 removes SARS-CoV-2 bioaerosols.³
SOMETIMES WHAT YOU CAN’T SEE, POSES THE GREATEST RISKS.
Indoor air is two to five times more polluted than outdoor air.² As people move through the space, they’re breathing, talking, coughing, sneezing, and shedding skin cells, which contaminates the air.
The Aerocure 200 removes SARS-CoV-2 bioaerosols.³
THE POWER TO ELIMINATE, NOT JUST COLLECT.
Aerocure 200 complements the work of your HVAC system by quietly, quickly and continuously disinfecting the air in occupied rooms.
Pre-filter Cartridge: Easily replaceable multi-layer pre-filter with MERV 11, activated carbon and copper mesh traps large particulate matter and helps to reduce odors.
Ultraviolet (UV) Technology: The Aerocure 200 utilizes a unique patented photolytic chamber with germicidal UV light we call INTRAVIOLET™ to slow, trap, and eliminate pathogens.
High Efficiency Particulate Air Filter (HEPA) Filtration: Medical-grade HEPA filtration prevents remaining inactive particles from returning to the air.
THE POWER TO ELIMINATE, NOT JUST COLLECT.
Aerocure 200 complements the work of your HVAC system by quietly, quickly and continuously disinfecting the air in occupied rooms.
Pre-filter Cartridge: Easily replaceable multi-layer pre-filter with MERV 11, activated carbon and copper mesh traps large particulate matter and helps to reduce odors.
Ultraviolet (UV) Technology: The Aerocure 200 utilizes a unique patented photolytic chamber with germicidal UV light we call INTRAVIOLET™ to slow, trap, and eliminate pathogens.
High Efficiency Particulate Air Filter (HEPA) Filtration: Medical-grade HEPA filtration prevents remaining inactive particles from returning to the air.
MAXIMUM DOSE
Aerobiotix’s lntraViolet™ Core delivers an optimal UV dose that provides the highest level of pathogen inactivation.
Germicidal Lamps
High output UV-C provides a 254 nm wavelength that inactivates pathogen DNA making it nonviable.
UNIQUE Quartz Cylinders
Thousands of cylinders slow and suspend contaminants which increases dwell time and exposure to UV.
UV CHAMBER
UV is constrained within the unit, protecting staff and patients from exposure.
MAXIMUM DOSE
Aerobiotix’s lntraViolet™ Core delivers an optimal UV dose that provides the highest level of pathogen inactivation.
Germicidal Lamps
High output UV-C provides a 254 nm wavelength that inactivates pathogen DNA making it nonviable.
UNIQUE Quartz Cylinders
Thousands of cylinders slow and suspend contaminants which increases dwell time and exposure to UV.
UV CHAMBER
UV is constrained within the unit, protecting staff and patients from exposure.
BREATHE A LITTLE EASIER
The Aerocure 200 continuously removes airborne particulate matter and microorganisms to provide an environment of reduced airborne contaminants.
It’s 99% effective at reducing airborne tuberculosis.⁴
BREATHE A LITTLE EASIER
The Aerocure 200 continuously removes airborne particulate matter and microorganisms to provide an environment of reduced airborne contaminants.
It’s 99% effective at reducing airborne tuberculosis.⁴
Even the most robust HVAC system cannot control all airflow and completely prevent dissemination of an infectious aerosol or disease transmission by droplets or aerosols.
-ASHRAE, 2020
Use portable HEPA fan/filtration systems to enhance air cleaning (especially in areas frequently inhabited by people with a higher likelihood of having COVID-19 and/or an increased risk of getting COVID-19).
-CDC, 2021
Even the most robust HVAC system cannot control all airflow and completely prevent dissemination of an infectious aerosol or disease transmission by droplets or aerosols.
-ASHRAE, 2020
Use portable HEPA fan/filtration systems to enhance air cleaning (especially in areas frequently inhabited by people with a higher likelihood of having COVID-19 and/or an increased risk of getting COVID-19).
-CDC, 2021
References:
1. Evans, A. The efficiency of microorganism inactivation by the Aerobiotix air cleaner. (Research Triangle Institute, 2013).
2. Why Indoor Air Quality is Important to Schools. United States Environmental Protection Agency. Accessed August 4, 2021. https://www.epa.gov/iaq-schools/why-indoor-air-quality-important-schools.
3. Barnewall, R. E. & Bischoff, W. E. Removal of SARS-CoV-2 bioaerosols using ultraviolet air filtration. Infect Control Hosp Epidemiology 1–2 (2021).
4. Matuka, O. Evaluation of Aerobiotix ILLUVIA 500UV device performance in reducing airborne Mycobacterium tuberculosis (MTB H37Ra) in a laboratory testing facility. (NIOH, South Africa, 2018).
