Aseptizer CW650 IO ISOLATION

Fundamental Operating Principle

The air pressure inside the room is maintained at a lower (negative) level than the pressure in the corridor and adjacent rooms. This way, when the door is opened, infected air in the room does not leak out; instead, clean air from the corridor is drawn into the room. The contaminated air in the room is passed through special HEPA filters, UVC, and atmospheric plasma, purified of viruses and bacteria, and a portion is recirculated inside the room while another portion is safely discharged to the outside of the building.

For Which Diseases Is Isolation Room Use Frequently Preferred?

• Active Pulmonary Tuberculosis
• Measles and Chickenpox (Varicella-Zoster)
• Shingles (Disseminated Zoster)
• Influenza (COVID-19, SARS, MERS ...)
• Pulmonary Anthrax
• Monkeypox (Mpox)
• ... etc.

Intended Uses

• Isolating Respiratory Tract Infections: Safely isolating patients carrying pathogens that spread easily through the air.
• Preventing Community and Hospital-Acquired Transmission: Protecting healthcare workers, visitors, and other immunocompromised patients (from nosocomial infections).
• Performing Medical Interventions Safely: Containing virus/bacteria spread within the room during high-aerosol-generating procedures such as intubation or bronchoscopy.

Where Is It Used?

• Infectious Diseases Departments: In the rooms of inpatients with a confirmed or suspected infectious disease.
• Intensive Care Units (ICU): In the monitoring of infectious patients requiring respiratory support.
• Emergency Department Isolation Rooms: In the initial isolation areas for patients identified with a suspected epidemic or infectious disease during triage.
• Biosafety Laboratories (BSL-3 and BSL-4): In research facilities working with hazardous and airborne-transmitted pathogens.
• Airport and Border Quarantine Areas: In temporary isolation centers for passengers at risk of carrying an infectious disease.
• Etc.

Areas Where Aseptizer CW650 IO Can Be Applied

Aseptizer CW650 IO can be used especially in areas without a central HVAC installation system, where air ducting cannot be routed due to low ceiling height, in areas where an environment independent of the general central system is desired to be created on its own, and in all types of isolation-purpose areas where continuous re-processing of the ambient air or reinforcement of local air hygiene is required. It is also successfully used in hygienic air modernization of old buildings without disrupting the building architecture.

Application-Oriented Scenarios for Aseptizer CW650 IO

• Active Tuberculosis and High-Risk Infectious Respiratory Cases:
  Patients with Active Pulmonary Tuberculosis, COVID-19, Measles, or Chickenpox arriving at the emergency department or infectious diseases clinic with bloody cough and high fever; they disperse highly infectious droplets into the environment. The patient's condition is immediately diagnosed by the healthcare personnel, and the patient is immediately taken into the isolation room and isolated to prevent transmission to the healthcare personnel, physicians, and other individuals in the environment.
• High-Risk Aerosol-Generating Medical Interventions (Intubation & Bronchoscopy)
  During bronchoscopy, intubation, or nebulizer treatments performed on infectious patients in the intensive care or intervention room, a massive amount of virus-laden aerosol is released into the environment. By using the isolation room during these procedures, the dispersed virus-laden aerosols are purified in the isolation room at a rate of 99.998% before reaching the respiratory level of physicians and nurses, giving healthcare personnel full protection.
• Isolation Room Use in Airports, Border Crossings, and Field Quarantine Zones
  If there is a suspicion of risk in a passenger arriving from abroad at international transit points or temporary field hospitals, and an epidemic pathogen (such as Mpox, Avian Influenza, or Ebola) is detected/during a pandemic, the person is isolated. The person is isolated in a negative pressure isolation room, and the passenger is kept here until being transferred to a fully equipped hospital.
• In such situations, the goal is not only to protect the patient but also to comprehensively protect society, airport staff, physicians, and healthcare workers.
  When the pathogen is diagnosed, the patient is taken into the isolation room and isolated for the safety of the physician, nurse, and all other healthcare workers.