A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
A precision low-flow gas control device designed to accurately deliver blended air-oxygen from an air-oxygen blender.
The HEPA Filter is designed for use with ventilators, CPAP systems, and other respiratory devices to provide high-efficiency filtration of airborne particles and microorganisms. It helps maintain clean gas delivery and supports a safer respiratory care environment.
Engineered for reliable performance, the filter assists in reducing cross-contamination and protecting both patients and equipment by effectively filtering bacteria, viruses, and fine particulate matter during respiratory therapy.
88-00-139
88-00-105
Item should be handled carefully and inspected regularly to ensure safe and reliable use. Routine visual checks help identify damage, wear, or contamination that may affect performance or hygiene.
Cleaning, storage, and replacement should be carried out in accordance with guidelines. Proper handling, timely inspection, and appropriate storage support consistent performance, extend service life, and help maintain patient safety in clinical environments.