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Mechanical Ventilation

Protecting patients and healthcare staff against airborne and liquid-borne microbial pathogens.

 

 

Breathing System Filters

A breath of fresh air

Pall Breathing System Filters have been designed to meet the highest performance and quality standards in mechanical ventilation in anaesthesia and intensive care. A plethora of data is available on their validation for the retention of the various human pathogenic organisms and agents, e.g. Influenza Virus A (H1N5), Human Immunodefficiency Virus (HIV), Hepatitis C Virus, Mycobacterium tuberculosis, pathogenic prion proteins, and many others. Their use at the patient side in anaesthesia ventilation provide a reliable barrier against cross contamination between the patient and the ventilation system, enabling the extended use of the breathing system. 

Pall Breathing System Filters are also used in intensive care ventilation to provide physiological levels of humidification to the patient's breathing gases and high levels of protection against airborne and liquid borne contamination. A prospective, controlled randomized clinical trial showed that the rate of ventilator associated pneumonia was significantly reduced in the patient group that used the Pall Breathing System Filters as compared to the group that used active humidification.

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Discover How Pall Medical Can Help With Coronavirus Outbreak Protection

stethoscope

In the medical industry, patient care, safety, and health are everyone’s top priority. But even in the most sterile environments, health care facilities can pose significant risk to patients, healthcare professionals, and bystanders through cross-contamination and cross-infection.

Ultipor® 25 Filter
Medical

Ultipor® 25 Filter

Part Number:

BB25

Ultipor® 100 Filter
Medical

Ultipor® 100 Filter

Part Number:

BB100

BB50T Breathing Circuit Filter
Medical

BB50T Breathing Circuit Filter

Part Number:

BB50T

 

 

 

 

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Anesthesia Gas Filtration

Patients utilizing anesthesia or intensive care mechanical ventilation are subject to cross contamination between the ventilation system and themselves. A patient’s expiratory gas may also release particulates, microbes, medications, and other waste products into the surrounding environment, potentially exposing healthcare workers and bystanders. Anesthesia gas filters establish a protective barrier that helps prevent these potential hazards.
Patients utilizing anesthesia or intensive care mechanical ventilation are subject to cross contamination between the ventilation system and themselves. A patient’s expiratory gas may also release particulates, microbes, medications, and other waste products into the surrounding environment, potentially exposing healthcare workers and bystanders. Anesthesia gas filters establish a protective barrier that helps prevent these potential hazards.
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Medical Gas Filtration

During laparoscopic procedures and other minimally invasive surgeries involving insufflation, electrocautery, laser, or ultrasonic scalpel use, certain machinery used can cause a buildup of smoke in the peritoneal cavity, blocking the surgeon’s vision and compromising patient safety.
During laparoscopic procedures and other minimally invasive surgeries involving insufflation, electrocautery, laser, or ultrasonic scalpel use, certain machinery used can cause a buildup of smoke in the peritoneal cavity, blocking the surgeon’s vision and compromising patient safety.
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