Enhancing noninvasive ventilation (NIV)
can help improve patient care

Rethink respiratory care

Let's talk

Learn more about hospital respiratory care solutions including high-flow oxygen therapy (HFT), noninvasive ventilation (NIV) and invasive mechanical ventilation (IMV).
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Philips Optimal NIV pairs the right technology with the right training to help ensure success across the spectrum of care. The respiratory technology - the devices, circuits and patient interfaces - offers the flexibility needed for advanced patient care. The training - knowing what technique to use, how to use it and when it may be appropriate - offers knowledge that not only helps enhance patient care but also can benefit the bottom line in a big way.

Rethink Respiratory Care

Patient condition dictates treatment, but sometimes more than one technique may be appropriate. When multiple techniques are viable, more frequent use of NIV – with or without complementary HFT – can help reduce the higher costs of IMV. More importantly, managing NIV can help improve patient care.

Optimal NIV reduced hospital length of stay by more than

3days¹
Optimal NIV resulted in a

16%

redution in mortality²
Optimal NIV resulted in a

38%

redution of endotracheal intubation²
Hypercapnic patients placed on NIV with HFT reduced risk of reintubation vs HFT alone by

62%³

NIV is a long-standing and well-known technique, but there’s a difference between adequate and optimal, and it relies on an entire ecosystem – from the device, circuits and patient interfaces to the clinician, patient and condition. Philips Optimal NIV is a novel way to look at NIV. It pairs the right technology with the right training to help ensure success across the spectrum of care.

Philips ventilators offer a range of features designed to help enhance treatment, including advanced synchrony to help reduce NIV failure, and complementary therapies like HFT to help reduce delays from transitioning between modalities.

The robust portfolio of patient interfaces offers complete versatility to help ensure the proper fit for every patient. And Philips support offers expert training to help inform your technique and patient interface selection, keep your skills sharp and increase your clinical confidence.

Improve the experience

Philips supports clinicians in technique training, streamlines workflow and offers cutting-edge technology to help improve patient care.

Philips Respironics leading NIV technologies are available in a suite of ventilation devices designed specifically for the care setting.
Philips mask-leak compensation helpsimprove monitoring and assist strategies to reduce skin breakdown.

Enhance patient care

Knowing when to use HFT or NIV instead of IMV - and how tomanage NIV - can help enhance patient care.

Resulted in a 16% reduction in mortality¹
Reduced hospital length of stay by more than 3 days²
Reduced risk of reintubation by 62% in hypercapnic patients placed on NIV with HFT vs HFT alone³

Manage your costs

Using IMV or failing on NIV has significant financial impacts. Managing NIV and increasing use benefit the bottom line.

Choosing NIV over IMV can save an average of $24,000 per patient.⁴
Failing on NIV costs an average of $55,000 per failure⁴

Optimal NIV with Philips

Philips hospital respiratory care solutions can help continually evaluate each patient's response to treatment so you can make fast, smooth transitions.

V60 Plus

Philips V60 Plus ventilator leverages our noninvasive (NIV) capabilities by offering two therapy options in one device, integrating both NIV and high flow therapy (HFT). V60 Plus enhances workflow and patient care efficiency by enabling clinicians to easily, readily and rapidly adjust therapies around changing patient conditions without switching devices.

850008

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Trilogy EV300

Transition to the future today with the next generation of Philips ventilators. The Trilogy EV300 ventilator delivers enhanced performance in noninvasive (NIV) and invasive (IV) ventilation, so patients can be treated with a single device throughout their hospital stay, regardless of changing conditions. Trilogy EV300 is designed to stay with your patients, saving your staff time and effort as patients move between hospital departments.

DS2200X11B

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Respironics V60

The Respironics V60 ventilator is a microprocessor-controlled, bilevel positive airway pressure (BiPAP) ventilatory assist system that provides noninvasive positive pressure ventilation (NPPV) and invasive ventilatory support for spontaneously breathing adult and pediatric patients.

989805611761

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Respironics BiPAP V30 Auto

The Philips Respironics BiPAP V30 Auto offers nine flexible therapy modes, auto-titration, and customizable alarms. The V30 Auto allows for cost-effective treatment of OSA patients in low-acuity wards across the hospital.

1111178

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Respironics PN841

The PN841 pediatric nasal mask is truly designed for children, with a modified cushion curvature for the specific sizing and bone structure of pediatric patients. This small and light mask comes in a range of cushion sizes, features a convenient leak correction dial, and has a child-friendly fabric pattern to provide a positive experience for even your smallest patients.

1126611

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AC611

The Philips High Flow Nasal Cannula AC611 provides comfortable, stable oxygen delivery, and employs the same circuit as our NIV masks to help you control costs and enhance workflow. It is compatible with our V60 Plus ventilator to support the use of noninvasive ventilation (NIV) and high flow therapy (HFT) with a single system.

989805656871

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Respironics AF531

Philips Respironics family of oro-nasal masks offer features that address patient comfort, proper mask fitting and ventilator compatibility.

NOCTN102

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Respironics AF541

Designed to rest comfortably on the face, Philips Respironics AF541 noninvasive ventilation (NIV) mask features interchangeable under-the-nose and over-the-nose cushions to achieve the benefits of NIV mask rotation while using a single NIV mask.

1120925

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Transitioning between respiratory techniques

Clinicians can manage patients in respiratory failure using a range of respiratory techniques – usually based on the need for oxygenation support alone or the need for both oxygenation and ventilation support. HFT provides a high level of oxygenation but only limited and somewhate variable ventilation support. NIV provides both oxygenation and entilation support. Other factors, such as the patient interface and device performance, can be consideratinos in determining when to use a particular modality once oxygenation and ventilatory needs are addressed. Click the respiratory technique below to align technique with patient severity

Click the respiratory technique below to align with patient severity.

Low flow oxygen therapy
Low flow oxygen therapy

Nasal cannula or non-rebreathing mask, 21-100% O₂, FiO₂ a function of inspiratory flow rate⁶
High flow oxygen therapy
High flow oxygen therapy

Nasal cannula, 21-100% O₂ with high flow rates of 40 to 100 L/min, highly humidified, clears dead space, limited and variable PEEP⁶
Noninvasive ventilation
Noninvasive ventilation

Face mask, 21 to 100% O₂, PEEP and PS controllable, various modes, monitoring and alarms⁶
Invasive mechanical ventilation
Invasive mechanical ventilation

ET tube/trach, 21-100% O₂, PEEP and higher levels of PS available, various modes, monitoring and alarms⁷
Invasive mechanical ventilation and ECMO
Invasive mechanical ventilation and ECMO

ET tube/trach, 21-100% O₂, higher levels of PEEP and lower levels of tidal volume, monitoring and alarms⁷

Timely transition of therapies is important - whether escalation or de-escalation of therapy - or providing HFT between NIV sessions. Although the ability to escalate therapy is important, preventing the delay of intubation in patients who need invasive mechanical ventilation requires understanding and recognition of predictors of failure.

Clinical insights

Are HFOT and NIV complementary for acute respiratory failure?

FJ Belda, MD, PhD

Download whitepaper (188.0KB)

Providing evidence- based care to patients in need of respiratory support

T Piraino, RRT, FCSRT

Download whitepaper (110.0KB)

Evidence-based practice for noninvasive ventilation and high flow nasal cannula

T Piraino, RRT, FCSRT

Download clinical summary (148.0KB)

Webinar: High flow nasal cannula and non-invasive ventilation

T Piraino, RRT, FCSRT

Enhancing noninvasive ventilation (NIV) can help improve patient care

Let's talk

Contact information

Rethink Respiratory Care

Optimal NIV reduced hospital length of stay by more than

3days¹

Optimal NIV resulted in a

16%

redution in mortality²

Optimal NIV resulted in a

38%

redution of endotracheal intubation²

Hypercapnic patients placed on NIV with HFT reduced risk of reintubation vs HFT alone by

62%³

Improve the experience

Enhance patient care

Manage your costs

Optimal NIV with Philips

V60 Plus

Trilogy EV300

Respironics V60

Respironics BiPAP V30 Auto

Respironics PN841

AC611

Respironics AF531

Respironics AF541

Transitioning between respiratory techniques

Click the respiratory technique below to align with patient severity.

Clinical insights

FJ Belda, MD, PhD

T Piraino, RRT, FCSRT

T Piraino, RRT, FCSRT

Webinar: High flow nasal cannula and non-invasive ventilation

Related content

Enhancing noninvasive ventilation (NIV)
can help improve patient care