Name: Mechanical Insufflator-Exsufflator
Brand: Philips
SKU: HC1098159
Availability: InStock

Características

Data management tools: Data management tools

Data management tools including instant monitoring (SpO₂, Heart Rate, Peak Cough Flow and Vti) help assess therapy efficacy.
Oscillation feature to increase the benefits of therapy: Oscillation feature to increase the benefits of therapy

Automatic and Manual mode either during inhale, exhale or both phases to increase the benefits of therapy.
Flexibility in delivery of therapy: Flexibility in delivery of therapy

Optional foot pedal allows the caregiver to perform manual chest thrusts whilst holding the interface.
Cough-Trak for patient synchronization: Cough-Trak for patient synchronization

In Automatic mode, for patients who have some inspiratory drive, this feature will trigger on the patient’s inspiration to help synchronize the therapy with the patient’s effort.
Interfaces: Interfaces

Face masks are available in 5 different sizes.
Lightweight, portable and yet robust: Lightweight, portable and yet robust

Handle for easy transportation, transport bag, and optional detachable battery.

Especificações

Automatic Mode

Automatic Mode
Inhale pressure	0 to 70 cmH₂O, in increments of 1
Frequency	1 to 20 Hz, in increments of 1Hz (Only available if Oscillation is activated)
DC power source	12 VDC
Cough-Trak	OFF/ON
Weight	3.8 kg (4.3 kg with battery)
Amplitude	1 to 10 cmH₂O increments of 1cmH₂O (Only available if Oscillation is activated)
Exhale pressure	0 to -70 cmH₂O, in increments of 1 cmH₂O
Exhale time	0 to 5 s step of 0.1 s
Inhale flow	Low/Medium/High
Dimensions (H×W×D)	23.1x29.2x19 cm
Pause time	0 to 5 s increments of 0.1s (Only with Cough-Trak OFF)
Inhale time	0 to 5 s, in increments of 0.1s
Oscillation	OFF/Inhale/Exhale/Both
AC voltage source	100 to 240 VAC, 50/60Hz
Preset	1, 2, 3

Manual Mode

Manual Mode
Pause time	NA
Cough-Trak	NA
DC power source	12 VDC
Preset	1, 2, 3
Dimensions (H×W×D)	23.1x29.2x19 cm
Exhale time	NA
Inhale time	NA
Amplitude	1 to 10 cmH₂O increments of 1cmH₂O (Only available if Oscillation is activated)
Exhale pressure	0 to -70 cmH₂O, in increments of 1 cmH₂O
Frequency	1 to 20 Hz, in increments of 1Hz (Only available if Oscillation is activated)
Weight	3.8 kg (4.3 kg with battery)
Oscillation	OFF/Inhale/Exhale/Both
Inhale flow	Low/Medium/High
Inhale pressure	0 to 70 cmH₂O, in increments of 1
AC voltage source	100 to 240 VAC, 50/60Hz

Automatic Mode

Automatic Mode
Inhale pressure	0 to 70 cmH₂O, in increments of 1
Frequency	1 to 20 Hz, in increments of 1Hz (Only available if Oscillation is activated)

Manual Mode

Manual Mode
Pause time	NA
Cough-Trak	NA

Automatic Mode

Automatic Mode
Inhale pressure	0 to 70 cmH₂O, in increments of 1
Frequency	1 to 20 Hz, in increments of 1Hz (Only available if Oscillation is activated)
DC power source	12 VDC
Cough-Trak	OFF/ON
Weight	3.8 kg (4.3 kg with battery)
Amplitude	1 to 10 cmH₂O increments of 1cmH₂O (Only available if Oscillation is activated)
Exhale pressure	0 to -70 cmH₂O, in increments of 1 cmH₂O
Exhale time	0 to 5 s step of 0.1 s
Inhale flow	Low/Medium/High
Dimensions (H×W×D)	23.1x29.2x19 cm
Pause time	0 to 5 s increments of 0.1s (Only with Cough-Trak OFF)
Inhale time	0 to 5 s, in increments of 0.1s
Oscillation	OFF/Inhale/Exhale/Both
AC voltage source	100 to 240 VAC, 50/60Hz
Preset	1, 2, 3

Manual Mode

Manual Mode
Pause time	NA
Cough-Trak	NA
DC power source	12 VDC
Preset	1, 2, 3
Dimensions (H×W×D)	23.1x29.2x19 cm
Exhale time	NA
Inhale time	NA
Amplitude	1 to 10 cmH₂O increments of 1cmH₂O (Only available if Oscillation is activated)
Exhale pressure	0 to -70 cmH₂O, in increments of 1 cmH₂O
Frequency	1 to 20 Hz, in increments of 1Hz (Only available if Oscillation is activated)
Weight	3.8 kg (4.3 kg with battery)
Oscillation	OFF/Inhale/Exhale/Both
Inhale flow	Low/Medium/High
Inhale pressure	0 to 70 cmH₂O, in increments of 1
AC voltage source	100 to 240 VAC, 50/60Hz

¹Morrison, L. Evaluation of the oscillatory Cough Assist E70 in adults with cystic fibrosis (CF). Journal of Cystic Fibrosis. June 2015. Vol 14, Suppl 1, Page S101.
², K. et al. The Effect of High-Frequency Oscillatory Vibration on Peak Expiratory Flow Generated by a MI-E Cough Assist Device in a Mechanical Lung Model. European Respiratory Journal. 2018. 52: PA1460.

CoughAssist E70