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The CARESCAPE* for Neonates provides ventilation for your youngest and most challenging patients, both full-term newborns and preemies. Many are at risk due to complications, so it‘s critical that respiratory support systems in the NICU be accurate and sensitive to the smallest changes within a tiny body. Now you can support the quality of care by enhancing the accuracy, synchrony and versatility of respiratory assistance, breath by breath.
Moreover, with the inception of the CARESCAPE* R860 for Neonates, we were inspired to create a user interface that is inherently familiar the first time you use it. Featuring expert user tools and an innovative user interface, the CARESCAPE R860 helps take the "work" out of your workflow.
Breath-by-Breath Therapy Tailored to the Needs of Neonatal Patients
A newborn’s complex physiology requires a delicate equilibrium between the ventilator and the developing lungs. This equilibrium can be supported by delivering a precise volume and pressure and by helping to reduce the breathing fatigue with the correct synchrony and safety to support fragile lungs during the development phase. The CARESCAPE* R860 for Neonates was designed to deliver precise volume and pressure1 – breath by breath - with excellent response time and pressurization.
Comprehensive Set of Modes
A Flexible Solution
References: Marchese, A.D. et al. Adult ICU ventilators to provide neonatal ventilation: a lung simulator study Intensive Care Med DOI 10.1007/s00134-008-1332-0 Scopesi F. et al. Volume Targetted Ventilation
A new standard in neonatal ventilation: Volume Support
Volume Support (VS) combines the advantages of pressure breaths with the guarantee of volume delivery in spontaneously breathing patients.
Get proven accuracy and synchrony to guarantee tidal volume breath by breath.
VS allows clinicians to select the optimal level of support and adapts quickly to meet changes in patients requirements.
VS offers consistency in volume regardless of the type of breath delivered. It provides synchrony of both the inspiratory and expiratory phases of a breath providing the lowest pressure required to deliver the desired volume.