To personalize patient-ventilator interaction and prevent ventilator-induced lung injuries, we offer a powerful toolkit for tailored lung protection. It includes tools like Servo Compass, Transpulmonary pressure monitoring, Open Lung Tool, Automatic lung recruitment and more. All designed to support you while adhering to hospital protocols.

Stabilizing the patient, reducing sedation and easing the patient off the ventilator may require personalized weaning features. Our Servo ventilators offer a number of tools that may assist clinicians and patients in the weaning process. Like our NAVA ventilation mode, non-invasive NIV NAVA and High Flow oxygen therapy.

With our Servo range, you can select just the right type of Servo ventilator for your specific patient, setting and hospital requirements. Flexible and easy to use, you can then further personalize the treatment with tools to help you reduce complications and wean earlier during invasive and non-invasive ventilation – from ICU to intermediate care, and for all patient categories.

This is a story of a revolution. One that would change our perception of intensive care ventilation forever. A scientific wonder that captivated the medical world more than fifty years ago, and one that pioneered our understanding of personalized ventilation we know today. We called it the Servo ventilator. The world’s first flow-controlled ventilator with a rapid servo control system.

A recent study in Critical Care showed that by choosing an easy-to-use mechanical ventilator you can positively impact patient safety and staff workload.^[1]

Our user-friendly guidance is available in the Servo-u/n/air ventilators. It features on-screen informative text guidance on ventilation modes and settings; images showing how settings affect the ventilation; recommendations during alarms; Safety Scale; and much more. Learn more from the video. 

Non-invasive respiratory support can reduce the need for intubation and resulting complications such as ventilator-associated pneumonia (VAP),^[7] excessive sedation,^[8] delirium ^[9] and ICU-acquired weakness.^[10] Non-invasive support allows patients to remain active, a strategy now adopted in many ICUs. Servo-u offers multiple options to support your patients with non-invasive therapies.

It is sometimes necessary to take full control of the patient’s breathing. Barotrauma, volutrauma and alectotrauma are all potential consequences. But their incidence can be reduced.^[11] Servo Compass is a tool, which helps you to see changes to driving pressure and tidal volume per kg of predicted bodyweight more easily; parameters strongly associated with survival.^{[12] [13]} Learn more about Servo Compass in the video.

Studies have demonstrated that Neurally Adjusted Ventilatory Assist (NAVA) promotes lung protective spontaneous breathing with improved patient-ventilator synchrony and gas exchange.^{[14] [15]} While on NAVA, the respiratory centers and reflexes in the lungs and upper airways will instantly limit tidal volumes when the lungs are overdistended. This gives patients the opportunity to choose their own tidal volumes and respiratory patterns, which may limit VILI.^{[16] [17]}

Diaphragmatic thickness can decrease by 21% after only 48 hours of mechanical ventilation.^[18] Identifying diaphragm activity can be cumbersome,^[19] but it doesn’t have to be. Monitoring the Edi-signal allows you to see the patient’s diaphragmatic activity, and NAVA personalized ventilation increases diaphragm efficiency with fewer periods of over- and under-assist.^{[20] [21]} Watch the video to learn more about Edi.

Patients with high degree of asynchrony have worse outcomes and longer duration of ventilation.^{[22] [23] [24] [25]} Patient-ventilator asynchrony also accounts for 42% of all sedation in the ICU.^[26] Monitoring diaphragm activity (Edi) makes it easier to detect asynchrony, allowing you to adapt ventilator settings to your patient’s needs.^[27] See how Edi works in the video. 

A recent study shows that 29% of patients experience weaning failure due to diaphragm dysfunction. It extends time on mechanical ventilation by up to 16 days.^[18] But thanks to NAVA ventilation you can have a more comfortable patient with less sedation and an active diaphragm, which may help you promote early weaning.^{[2] [3] [4]} Furthermore, monitoring diaphragm activity (Edi) can help you assess weaning readiness and monitor work of breathing during recovery, even when there is no ventilator support.^[27]

Turbine ventilation makes high-quality ventilation more accessible throughout your hospital, from the ICU to intermediate care. Servo-air is compatible with invasive and non-invasive ventilation.

Servo-u MR helps you ventilate all patient categories during MR scanning, from invasive ventilation to high-flow therapy. It also guides you to a safe position in the MR room, automatically locking all wheels once your hand leaves the handle.

Help neonates breathe, sleep and grow. Our neonatal ventilation helps you minimize the challenges of tiny lungs, rapid respiratory rates and leakage.^{[28] [29]}