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CoughAssist Mechanical Insufflator-Exsufflator

CoughAssist T70

Mechanical Insufflator-Exsufflator

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CoughAssist T70 is a mechanical insufflation-exsufflation device designed to noninvasively clear secretions from the lungs by simulating a natural cough. Similar to a normal deep breath, CoughAssist gradually applies positive air pressure (insufflation) to obtain a large volume of air within the lungs. The device then quickly reverses the flow of air by shifting to negative air pressure (exsufflation). The resulting high expiratory flow helps mobilize secretions out of the airway as a deep, natural cough would do.

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Control and synchronization
Control and synchronization

Control and synchronization

The proprietary, integrated Cough-Trak algorithm gives patients the ability to initiate their therapy. By triggering on patient inspiration, this feature helps to synchronize therapy with the user’s breathing pattern allowing for more control of therapy and a more comfortable, natural treatment.
Flexibility in delivering therapy
Flexibility in delivering therapy

Flexibility in delivering therapy

Three highly customizable therapy modes offer the ability to better tailor therapy to patient needs and treatment settings; Manual, Auto, Advanced Auto. From complete manual control over every aspect of treatment by a clinician or caregiver to a fully automated treatment mode including pressure settings, pre-therapy breaths and cough cycles.
Loosening and mobilization
Loosening and mobilization

Loosening and mobilization

CoughAssist offers an adjustable oscillation feature designed to enhance the loosening of mucus from the bronchial walls and increase mobilization of secretions to help improve bronchial drainage and increase the benefits of mechanical insufflation-exsufflation therapy.¹,²
Multiple non-invasive patient interface options
Multiple non-invasive patient interface options

Multiple non-invasive patient interface options

Instead of introducing a suction catheter into the airway, CoughAssist delivers therapy through a face mask, mouthpiece, or a simple adapter that allows the device to function with an endotracheal or tracheotomy tube.
Enhance clinical evaluation and reporting
Enhance clinical evaluation and reporting

Enhance clinical evaluation and reporting

Data management tools help assess therapy efficacy and enable better clinical decision-making around patient use and treatment settings. Achieve the most effective cough with insight into a patient’s response to therapy from CoughAssist by monitoring data including peak cough flow and oxygen saturation while also reviewing pressure and flow waveforms.
Enhance patient mobility and care with CoughAssist accessories
Enhance patient mobility and care with CoughAssist accessories

Enhance patient mobility and care with CoughAssist accessories

From multiple power source options and a roll stand, oximetry accessories and a hands-free control foot pedal option, CoughAssist’s array of accessories helps give patients and families more freedom and mobility while maintaining effective treatment.
  • Control and synchronization
  • Flexibility in delivering therapy
  • Loosening and mobilization
  • Multiple non-invasive patient interface options
See all features
Control and synchronization
Control and synchronization

Control and synchronization

The proprietary, integrated Cough-Trak algorithm gives patients the ability to initiate their therapy. By triggering on patient inspiration, this feature helps to synchronize therapy with the user’s breathing pattern allowing for more control of therapy and a more comfortable, natural treatment.
Flexibility in delivering therapy
Flexibility in delivering therapy

Flexibility in delivering therapy

Three highly customizable therapy modes offer the ability to better tailor therapy to patient needs and treatment settings; Manual, Auto, Advanced Auto. From complete manual control over every aspect of treatment by a clinician or caregiver to a fully automated treatment mode including pressure settings, pre-therapy breaths and cough cycles.
Loosening and mobilization
Loosening and mobilization

Loosening and mobilization

CoughAssist offers an adjustable oscillation feature designed to enhance the loosening of mucus from the bronchial walls and increase mobilization of secretions to help improve bronchial drainage and increase the benefits of mechanical insufflation-exsufflation therapy.¹,²
Multiple non-invasive patient interface options
Multiple non-invasive patient interface options

Multiple non-invasive patient interface options

Instead of introducing a suction catheter into the airway, CoughAssist delivers therapy through a face mask, mouthpiece, or a simple adapter that allows the device to function with an endotracheal or tracheotomy tube.
Enhance clinical evaluation and reporting
Enhance clinical evaluation and reporting

Enhance clinical evaluation and reporting

Data management tools help assess therapy efficacy and enable better clinical decision-making around patient use and treatment settings. Achieve the most effective cough with insight into a patient’s response to therapy from CoughAssist by monitoring data including peak cough flow and oxygen saturation while also reviewing pressure and flow waveforms.
Enhance patient mobility and care with CoughAssist accessories
Enhance patient mobility and care with CoughAssist accessories

Enhance patient mobility and care with CoughAssist accessories

From multiple power source options and a roll stand, oximetry accessories and a hands-free control foot pedal option, CoughAssist’s array of accessories helps give patients and families more freedom and mobility while maintaining effective treatment.

Technische specificaties

Specifications
Specifications
Pause time
  • 0.0 to 5.0 sec (not available in Manual mode or if Cough-Trak is enabled)
Weight
  • 3.8 kg (8.4 lbs) without detachable battery, 4.3 kg (9.4 lbs) with detachable battery installed
Modes
  • Manual, Auto, Advanced Auto
Relative humidity
  • 15 to 95 % (non-condensing)
Expiratory time
  • 0.0 to 5.0 sec (not available in Manual mode)
Maximum negative pressure
  • -70 cm H₂O
Atmospheric pressure
  • 101 to 77 kPa (approximately 0-7500 ft)
Presets
  • 3
Inhale flow
  • Low/medium/high
Size
  • 29.2 cm W x 23.1 cm H x 19.0 cm D (11.5" W x 9.1" H x 9.5" D)
Maximum positive pressure
  • 70 cm H₂O
Triggering
  • Cough-Trak on/off (not available in Manual mode)
Operating temperature
  • 5 to 35 °C
Inspiratory time
  • 0.0 to 5.0 sec (not available in Manual mode)
Specifications
Specifications
Pause time
  • 0.0 to 5.0 sec (not available in Manual mode or if Cough-Trak is enabled)
Weight
  • 3.8 kg (8.4 lbs) without detachable battery, 4.3 kg (9.4 lbs) with detachable battery installed
See all specifications
Specifications
Specifications
Pause time
  • 0.0 to 5.0 sec (not available in Manual mode or if Cough-Trak is enabled)
Weight
  • 3.8 kg (8.4 lbs) without detachable battery, 4.3 kg (9.4 lbs) with detachable battery installed
Modes
  • Manual, Auto, Advanced Auto
Relative humidity
  • 15 to 95 % (non-condensing)
Expiratory time
  • 0.0 to 5.0 sec (not available in Manual mode)
Maximum negative pressure
  • -70 cm H₂O
Atmospheric pressure
  • 101 to 77 kPa (approximately 0-7500 ft)
Presets
  • 3
Inhale flow
  • Low/medium/high
Size
  • 29.2 cm W x 23.1 cm H x 19.0 cm D (11.5" W x 9.1" H x 9.5" D)
Maximum positive pressure
  • 70 cm H₂O
Triggering
  • Cough-Trak on/off (not available in Manual mode)
Operating temperature
  • 5 to 35 °C
Inspiratory time
  • 0.0 to 5.0 sec (not available in Manual mode)

Documentatie

Gebruiksaanwijzingen (5)

Gebruiksaanwijzingen

Brochure (5)

Brochure

Gebruiksaanwijzingen (5)

Gebruiksaanwijzingen

Brochure (5)

Brochure

See all documentation

Gebruiksaanwijzingen (5)

Gebruiksaanwijzingen

Brochure (5)

Brochure

  • 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.
  • ²K. 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.

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