The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.
The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.
The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.
The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.
The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.
The main purpose of the filter is to stop dust from entering into the systems of anesthesia delivery system. Cooler air is drawn by the system, which contains dust and impurities and contaminants. The dust may cause a temperature change in the system. The filter is placed over the inlet valve in the system, thus ensuring the patients a safe ventilation. It is made up of a high density polyethylene (hdpe) material which has good dust retention property. It is light weight and is easy to handle. The filter is composed of fibrous or porous material which captures the solid particles, moisture and bacteria in the ambient air. The high density mesh ensures a thorough filtration in medical environmental conditions. It is highly reliable, durable and efficient. It provides good performance at varying environmental conditions. It provides corrosion resistance and chemical resistance and hence is safe to use. The dimensions of filter make sure that airflow through it thorough without any interference.