DreamStation BiPAP AVAPS provide appropriate therapeutic support to meet the changing needs of patients over time.¹
The device's algorithms simultaneously and dynamically treat COPD (Chronic Obstructive Pulmonary Diseases) patients with OSA (Obstructive Sleep Apnea) overlap.¹⁻³
By clicking on the link, you will be leaving the official Royal Philips ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Automated Airway Management
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Automated Airway Management
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Adapts to changes with AVAPS
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Digital Auto-Trak
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Clinically proven solutions
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Noninvasive auto-titrating ventilation
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Patient driven design
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Remote patient monitoring
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Automated Airway Management
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Automated Airway Management
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
DreamStation can automatically and dynamically manage a patient’s upper airway in any ventilation mode. It continuously monitors and reacts to changes in the upper airway at the lowest possible pressure each night. Automated Airway Management's goal is to providing the lowest bi-level pressures to treat the patient's ventilation needs.
Adapts to changes with AVAPS
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Adapts to changes with AVAPS
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
With Average Volume Assured Pressure Support (AVAPS) DreamStation BiPAP AVAPS delivers customized patient care by automatically adapting to disease progressions and changing patient needs. It helps to maintain optimal patient comfort and supporting patient care and ventilation efficacy while simplifying the titration process.
Digital Auto-Trak
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Digital Auto-Trak is an automated breath triggering, cycling and leak compensation algorithm that adjusts ventilation to the patient’s natural breathing patterns. Digital Auto-Trak adapts breath triggering and cycling as the patients disease progresses and helps to eliminate the need for manual adjustments.
Clinically proven solutions
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Clinically proven solutions
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Independently verified outcomes highlight the reduction or normalization of PtcCO2.¹,² The addition of the AVAPS ventilation feature to BPV-S/T (Bi-level Pressure Ventilation with Spontaneous/Time Mode) provides beneficial physiological improvements, resulting in a more efficient decrease of PtcCO2 compared to BPV-S/T therapy alone.¹,²
Noninvasive auto-titrating ventilation
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Noninvasive auto-titrating ventilation
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
AVAPS-AE* is designed to address common ventilation concerns such as gas exchange, airway patency, and asynchrony.¹
In a pre and post interventional trial, AVAPS-AE* provided adequate control of nocturnal hypoventilation and upper airways obstruction as well as enhancing sleep efficiency and NIV adherence.²
Patient driven design
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Patient driven design
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
DreamStation’s sleek, stylish, low-profile design offers the important features patients told us they wanted in a therapy device. It’s small and light, making it easy to sit on a nightstand. It features easy-to-navigate menus, a front-facing display that can be operated while lying down or sitting up in bed, as well as an easy-to-clean, one-piece humidifier water chamber.
Remote patient monitoring
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Remote patient monitoring
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Connected to Care Orchestrator**: DreamStation provides remote connectivity, therapy data transmission and prescription changes to help improve patient care and compliance.
The DreamMapper patient application provides daily feedback and helps patients take an active role in their therapy management.
Specifications
General
General
Humidification
Heated humidification: fixed, adaptive
Filters
Reusable pollen; disposable ultra-fine
Device controls
LCD, control dial/push button
Warranty
2 years
Prescription guidelines
Prescription guidelines
Ventilation pressure
4 to 30 cm H₂O (increment is 0.5 cm H₂O)
EPAP: 4 to 25 cm H₂O (increment is 0.5 cm H₂O)
CPAP max pressure is 20 cm H₂O
Modes
CPAP, S, S/T, T, PC
Breath per minute
1 to 30 (increment is 1 breath)
AVAPS
Target volume: 200 to 1500 ml per breath (increment is 10 ml)
IPAP Max : up to 30 cm H₂O
Min. IPAP: EPAP plus 2 cm H₂O to 30 cm H₂O
(Minimum Pressure support is 2 cm H₂O)
Inspiration time
0.5 to 3.00 seconds (increment is 0.1 seconds)
Rise time
1 to 6 (100 to 600 ms)
Ramp time
0 (off) to 45 minutes (increment is 5 minutes)
Flex pressure relief
Off, 1, 2, 3 (only in S-mode)
Humidification
Heated humidification, fixed, adaptive
(standard 15mm or 22mm or 15mm heated tube)
**Auto-Trak,AAM. AVAPS,AVAPS-AE; AVAPS-AE is only available in certain markets
***AAM is available in certain markets only.
1. Ramsay et al., (2015) Thorax, 70(10), 946–952
2. Murphy et al., (2013) ERJ, 42 (Suppl 57) P2583
3. Storre et al., (2006) Chest, 130; 815-821
4. Janssens et al., (2009) Respir Med, 103(2): 165-172
5. Murphy et al., (2012) Thorax, 67(8), 727–734
6. Magdy et al., (2020) Respiratory Research, 21(1):64.
7. Hardy et al., (2017) European Respiratory Journal, 50 (Suppl.61) PA2188
8. Limsuwat et al., (2019) Southwest Respir Crit Care Chronicles,7(30):19–28
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