Drop Shipped From GE - Not For Export Out Of US
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.
The Main Manifold Seal is provided in the main manifold of the Breathing Circuit Gas (BCG). In manual ventilation, gas flows from the bag through the absorber, into the breathing circuit module. The gas then flows through a unidirectional valve to the patient during inhalation and vice-versa during exhalation. The exhaled anesthetic gases are released into the Anesthetic Gas Scavenging System (AGSS) .The AGSS removes vented anesthetic gases from anesthesia machine in areas like the operating rooms to eliminate the possible long term health hazards for the exposed medical staff. The absorber is seated on the seal below the APL manifold. The seal is flexible and tensile. It provides firm locking to the absorber. It is easily removable and can easily be cleaned. It provides a sealing to the absorber such that flow to and from the absorber are never mixed up. The smooth tangencies and moderate hardness of the seal provide good support to the manifold.