For use with an MDI for mechanically ventilated patients
Asthma Management
Bronchiectasis
COPD
Cystic Fibrosis
Inhaler
The AEROCHAMBER* VENT Holding Chamber is used to deliver medication from metered dose inhalers (MDIs) to mechanically ventilated patients. The chamber can be left in the inspiratory limb of a ventilator circuit; it can be used for medication delivery and then collapsed without interrupting continuous mechanical ventilation.
Clinically validated for use in ventilator circuits1
Maintains positive end expiratory pressure (PEEP) when installed in the ventilator circuit
Design is simple to connect, open and close with less disruption to the patient
AERODOCK* Canister Port and a removable canister adaptor allows for use with all types of metered dose inhalers, including those with integrated dose counters
Offset wye connector, for use in both standard and parallel wye circuits
Single-patient, multiple use (replace with the circuit)
A Cap | B Canister Adapter | C Canister Port | D Latch Release Button | E Bellow | F Catch | G Wye Connector
Use Instructions for Installation
Image
Step 1
Ensure the cap (A) and canister adapter (B) are securely in place in the canister port (C) prior to installing in the ventilator circuit.
Image
Step 2
Disconnect the inspiratory limb of the circuit from the wye. Connect the wye connector (G) of the chamber to the wye. Connect the other end of the chamber to the inspiratory limb of the circuit. The canister port (C) must be on top and distal to the patient.
Image
Step 3
Latch the chamber in the collapsed position by holding the patient end stationary while gently pushing the canister port (C) end towards it until you hear the latch release buttons (D) “click”.
Image
Step 4
Ensure that the device is fully collapsed and that the catches (F) are completely engaged by lightly pulling the ends away from each other. The device should remain latched, if not repeat the latching step.
Use Instructions to Administer Medication
Image
Step 1A
Unlatch and expand the chamber by: holding the wye connector (G) close to the wye.
Image
Step 1B
Position thumb and index finger of the other hand on the latch release buttons (D) and press together until they disengage.
Image
Step 1C
Hold the patient end stationary and gently pull the canister end away from the patient end until the bellow (E) is fully expanded.
Image
Step 2A
For Conventional MDI Canisters: Remove the cap (A) from the canister port (C). Ensure the canister adapter (B) remains inside the canister port (C). Shake the MDI canister immediately before use as per the instructions supplied with the MDI. Insert the MDI canister into the canister port (C), being careful not to discharge the canister at this time.
Step 2B
For MDI Canisters With Integrated Dose Counters (GlaxoSmithKline† type): Remove both the cap (A) and the canister adapter (B) from the canister port (C). Shake the MDI canister immediately before use as per the instructions supplied with the MDI. Insert the MDI canister with integrated dose counter into the canister port (C), being careful not to discharge the canister at this time. The integrated counter will be functional upon actuation.
Image
Step 3
Hold the chamber in your hand maintaining a straight horizontal position. Hold the canister in a vertical position. Prior to the beginning of inspiration, actuate the canister.
Image
Step 4
Following treatment, remove the MDI canister from the chamber. Replace the canister adapter (B) (if removed) and cap (A).
Image
Step 5
Latch the chamber in the collapsed position by holding the patient end stationary while gently pushing the canister port (C) end towards it until you hear the latch release buttons (D) “click”.
Image
Step 6
Ensure that the device is fully collapsed and that the catches (F) are completely engaged by lightly pulling the ends away from each other. The device should remain latched, if not repeat the latching step.
Does Spacer/Adapter Device Choice Affect Delivery of a Pressurized Metered Dose Inhaler (pMDI) through a Humidified Circuit to a Simulated Patient on Mechanical Ventilation
AEROCHAMBER* VENT Holding Chamber delivered more drug during simulated adult mechanical ventilation compared with 3 other in-line devices.
How Do Different Methods Of Humidification Affect Drug Delivery To A Simulated Patient Receiving Mechanical Ventilation
AEROCHAMBER* VENT Holding Chamber delivered the largest dose of salbutamol using either a traditional heated humidifier or a heat and moisture exchange (HME) filter.
Bronchodilator Therapy With Metered-Dose Inhaler And Spacer Versus Nebulizer In Mechanically Ventilated Patients: Comparison Of Magnitude And Duration Of Response
AEROCHAMBER* VENT Holding Chamber is clinically validated for use in mechanical ventilator circuits.
A study compilation covering the full range of specialty application chambers that have been designed to deliver metered dose inhaler (MDI) aerosol medication within the hospital environment.
