Discover Philips Respironics V680: the simple, clinically advanced way to provide your patients with reliable, high-performance ventilation across the continuum of care - without compromise.
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Features
Versatile and balanced
Versatile and balanced
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Versatile and balanced
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Versatile and balanced
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Adapts to your patient
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Fast to learn, easy to use
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Watches over your patient
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Dynamic respiratory measurement
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Versatile and balanced
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Versatile and balanced
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Designed for critically ill ICU patients, the V680 ventilator allows you to switch from invasive to noninvasive ventilation without switching devices. Providing continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single- and dual-limb invasive and noninvasive modes, the V680 meets the needs of a broad range of patients.
Adapts to your patient
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Adapts to your patient
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
The V680 uses our proprietary Auto-Trak technology to automatically adapt to your patient’s breathing pattern and deliver a high level of synchrony during noninvasive therapy. A smart algorithm allows auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling to deliver synchrony in the face of dynamic leak and changing patient demand.
Fast to learn, easy to use
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Fast to learn, easy to use
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Designed to be easy to learn and easy to use, the V680 shares the same look and simple user interface as the V60 ventilator.
Watches over your patient
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Watches over your patient
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
The V680 features technology designed to help protect patients from harmful events, including apnea ventilation and emergency ventilation in cases of circuit occlusion. To decrease the incidence of undetected critical alarms, alarm volumes escalate when high priority alarms do not receive quick response. The active exhalation valve relieves sudden changes in pressure control.
Dynamic respiratory measurement
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Dynamic respiratory measurement
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Resistance (R) and compliance (C) calculations leverage advanced data acquisition and signal processing capabilities to allow pause-free dynamic breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and noninvasive applications.
Critical Care Ventilator
Critical Care Ventilator
Critical Care Ventilator
Critical Care Ventilator
Critical Care Ventilator
Critical Care Ventilator
Critical Care Ventilator
Do you want to know what it means when products are certified for European Union Medical Device Regulations (EU MDR)?
The V680 ventilator combines the fully featured life support capabilities of a critical care ventilator with our gold standard in noninvasive ventilation (NIV) technology. Find out why this breakthrough two-in-one ventilator should be your choice.
Switching from IV to NIV is fast and easy
For adult and pediatric* patients
Single- and Dual-limb circuits
Enhanced performance from our masks & circuits
*5-20kg
Enhance patient care
The design of the Philips Respironics V680 puts enhanced patient care at the forefront. Features designed to help protect patients from harmful events associated with pressure spikes, loss of ventilation or undetected critical alarms include:
Active control exhalation valve
Apnea modes
Auto-escalating alarm
Four-hour integrated battery
The V680 dynamic respiratory mechanics algorithm
The resistance (R) and compliance (C) calculations on the Respironics V680 ventilator system leverage advanced data acquisition and signal processing capabilities to allow pause-free, dynamic, breath-to-breath estimates of these parameters. Not only does the system estimate inspiratory and expiratory R and C, but it also estimates plateau pressure in both invasive and non-invasive applications. The dynamic respiratory mechanics measurements on the V680 ventilator approach the accuracy of measurements obtained with static methods requiring an inspiratory pause maneuver, while also avoiding the limitations of Least Squares curve-fitting methods.
(synchronized intermittent mandatory ventilation volume control ventilation)
SIMV-PCV
(synchronized intermittent mandatory ventilation pressure control ventilation)
PSV
(pressure support ventilation)
PRVC
(pressure regulated volume control)
Apnea mode
(available in SIMV and PSV)
Not available in USA
Genom att klicka på länken kommer du att lämna den officiella Philips Electronics Ltd. ("Philips") webbplats. Alla länkar till tredje parts webbplatser som kan visas på denna webbplats tillhandahålls endast för din bekvämlighet och representerar inte på något sätt någon anknytning till eller stöd för informationen som tillhandahålls på dessa länkade webbplatser. Philips lämnar inga utfästelser eller garantier av något slag med avseende på tredje parts webbplatser eller informationen däri.
