SERVO-i® WITH NAVA® Freeing the full potential of synchrony
SERVO-i® with NAVA® (Neurally Adjusted Ventilatory Assist).
Cost-efficiency: making your investment go further
The modular design of SERVO-i, together with its simplified cleaning and maintenance procedures and easy upgradeability, ensure that you have a system that is right for your needs today – and in the future. The SERVO-i Universal also does away with the need for different ventilators according to the type of patient: now you can treat all patients with a single system. The need to provide greater flexibility in patient treatment in order to speed the process of weaning the patient, together with the demand for streamlined operating costs, have been key parameters in the design of SERVO-i.
A system that’s as functional as your needs
Flexibility, efficiency and ease of training, operation and maintenance, are important considerations for any hospital. These are key factors in the design of SERVO-i.
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Comprehensive monitoring capabilities
The monitoring capabilities of SERVO-i are provided through a number of alternative waveforms such as Pressure, Flow, Volume and CO2 monitoring. The additional calculations of lung mechanics parameters include total PEEP, static and dynamic compliance, inspiratory/expiratory resistance, Shallow Breathing Index, Time Constant, Work of Breathing and P 0.1.
Ventilation Record Card
The ventilation Record Card is the perfect tool for a clinician to facilitate research work and presentations.
SERVO-i Ventilation modes
The typical ICU must be able to cope with any combination of patient and clinical situations at all times. SERVO-i features a range of ventilator modes for different treatment scenarios. A comprehensive array of tools assists the clinician who is interested in investigating many treatment options that promote lung protection and patient interaction.
Automode®
The Automode option allows patient interaction. Set a controlled mode and let the ventilator adapt to the current patient situation, switching from controlled to supported breathing upon sensing a patient effort. It will also function the other way around. If the patient efforts become too feeble or disappear, the ventilator will switch to controlled ventilation. The control mode is initiated after an operator set time-out. This well-established mode provides smoother, safer patient transition. It provides documented shorter weaning times with less staff intervention.
Open Lung Tool®
The Open Lung Tool provides an instrument for effectively determining the effect of a ventilator intervention. It includes the following features:
•A long-term breath-by-breath trend of vital parameters for evaluating the patient response to an intervention.
•Identification of patients unlikely to benefit from a recruitment maneuver at a point in time or position.
•Guidance and standardization for a successful recruitment maneuver.
•The dynamic compliance and carbon dioxide excretion will give a quality assessment of the effect any intervention has on the lung.
CO2 Analyzer
End tidal carbon dioxide measurement may give important insight into the efficiency of the ventilation. The minute production of CO2 will give a reliable indication of the metabolic load the patient is facing. CO2 can also be used as an indication of cardiac depression, which is especially helpful during recruitment maneuvers where high transpulmonary pressure may induce a fall in preload and Cardiac Output.
NIV
The easy-to-use NIV option for infants and adults provide responsive and comfortable leakage compensation made possible by measuring and adjusting during the same breath, thus maintaining the set pressure to the patient. A waiting position from standby to start ventilation facilitate the work for the staff and increases patient comfort. The monitoring capabilities of the SERVO-i will enhance patient surveillance and guarantee smooth liberation from the ventilator.
Nasal CPAP
Nasal CPAP provides noninvasive ventilation for patients from 0.5 to 10 kg. CPAP treatment improves oxygenation and recruits collapsed alveoli. The Nasal CPAP option optimizes patient comfort by maintaining a stable CPAP pressure and responding quickly to variations in pressure due to inhalation and exhalation. It is compatible with nasal prongs and nasal masks.
Y-sensor measurement
This enables measurement of pressure and flow as close to the patient’s airway as possible. Based on fixed orifice technology, the sensor is small and gives a very low contribution to dead space volume (typically 0.75 ml for the neonatal/pediatric sensor). Y Sensors are available for neonatal/pediatric and adult patients.
SERVO-i accessories & consumables
MAQUET ventilator accessories and consumables are fully tested and designed to work optimally with SERVO ventilators. Only accessories approved and distributed by MAQUET ensure the system works to the performance standards that SERVO represents and continues to deliver the best level of care for patients.