A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
An armoured hollow cylinder inserted orally or nasally into the trachea to provi
An armoured hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. It is wire reinforced to prevent kinking during patient movement and may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) have a built-in pilot balloon. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
Code:HWLNGMDN format iconName:Basic endotracheal tube, single-useDefinition:A ho
Code:HWLNGMDN format iconName:Basic endotracheal tube, single-useDefinition:A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A curved metal or plastic tube inserted through the mouth to facilitate airway p
A curved metal or plastic tube inserted through the mouth to facilitate airway patency for gas exchange or suctioning. The device prevents the tongue from obstructing airflow. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A sterile hollow cylinder designed to be inserted into an artificial opening mad
A sterile hollow cylinder designed to be inserted into an artificial opening made in the trachea (windpipe) during a tracheotomy to provide a patent airway. It is typically constructed of plastic and may include an inner cannula. It is available in cuffed, uncuffed, and/or fenestrated versions, and in a variety of shapes and sizes to meet the individual needs of the patient. It is typically secured in position by a tracheostomy tube holder fastened around the patient's neck. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device.
A hollow cylinder inserted orally or nasally into the trachea to provide an unob
A hollow cylinder inserted orally or nasally into the trachea to provide an unobstructed airway to convey gases and vapours to and from the lungs during anaesthesia, resuscitation, and other situations where the patient is not properly ventilated. The device may: 1) be packaged with a connector that will attach to a breathing circuit or manual resuscitator; 2) have a distal inflatable cuff to seal against the tracheal wall; 3) be radiopaque; and 4) have a built-in pilot balloon for cuff pressure monitoring. It is typically made of plastic or rubber and is available in various diameters and lengths for adult and paediatric patients. This is a single-use device
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PS
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PSTDR, 39 Fr Parker Original DID: 10749065861467.
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PS
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PSTDR, 37 Fr Parker Original DID: 10749065861443.
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PS
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PSTDR, 35 Fr Parker Original DID: 10749065861405.
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PS
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PSTDR, 32 Fr Parker Original DID: 10749065861382.
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PS
Parker Endo-Bronch with Standard Tip (Right Double-lumen Endobronchial Tube), PSTDR, 28 FrParker Original DID: 10749065861320.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 41 Fr, O.D 12.0mm, I.D 5.0mmParker Original DID: 10749065851505.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 39 Fr, O.D 11.5mm, I.D 4.6mmParker Original DID: 10749065851468.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 37 Fr, O.D 11.5mm, I.D 4.4mmParker Original DID: 10749065851444.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 35 Fr, O.D 10.5mm, I.D 4.0mmParker Original DID: 10749065851406.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 32 Fr, O.D 10.0mm, I.D 3.8mmParker Original DID: 10749065851383.
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PST
Parker Endo-Bronch with Standard Tip (Left Double-lumen Endobronchial Tube), PSTDL, 28 Fr, O.D 9.0mm, I.D 3.2mmParker Original DID: 10749065851321.
The Chartis Catheter is a single use, sterile, disposable device designed to be
The Chartis Catheter is a single use, sterile, disposable device designed to be inserted into a 2.8mm working channel of a standard video bronchoscope during a diagnostic bronchoscopy procedure. The Chartis Catheter is a hollow catheter shaft made of medical-grade PEBAX. The Chartis Catheter is 169 cm in length with a working length of 72 cm and a 2.7 mm outer diameter. The distal end of the catheter employs an inflatable balloon made from a compliant elastomeric material. The catheter has two lumens: the main lumen allows air flow from the isolated lung compartment to the Console, and the second smaller lumen allows balloon inflation. The proximal end of the catheter has two ports, a balloon inflation port to inflate the distal balloon, and an obturator port with a luer fitting for connection to the Chartis Console via the Connector Set. A custom obturator inserted into the main lumen of the catheter is used for both pushability and to clear mucus that may obstruct the lumen during catheter manipulation in the airways. The only portion of the device that comes into bodily contact is the distal tip of the catheter, which is made from medical grade PEBAX (shaft) and a compliant elastomeric material (balloon). No medicinal substances are eluted from the catheter.