Traditionally, non-invasive ventilators mostly adopt the single-limb design, this means the exhaled air by the patient will be directly discharged to the atmosphere through the outlet on the masks. Dual-limb breathing circuits for non-invasive ventilation

In addition, it also reduces the risk of infections for medical staff, because they no longer need to constantly change or replace the sensor.Ģ. Compared with some other products that stop working in a high-moisture environment, the SV300 is more stable and reliable.

The inspiratory/expiratory flow sensors on SV300 are water-resistant, therefore, it removes the concern about condensation and continues to be reliable while the patient receives nebulization therapy. With a wide range of respiratory mechanics measurement, the ventilator provides comprehensive respiratory monitoring of patients – this is utterly important because it makes clinicians more confident in clinical diagnosis and decision making. The SV300 can also measure P0.1, NIF and other key indicators to reflect the patient’s respiratory conditions. The SV300 has all the modes of mechanical ventilation required by high-acute patients, particularly the patients with ARDS, such as Duolevel and APRV, as well as the static PV Loop and other tools which can be used to guide the PEEP titration. When a COVID-19 patient displays severe ARDS, the patient often requires advanced ventilation modes and comprehensive monitoring. Optimal ventilation support for ARDS patients

Weighing less than 10 kg as an intensive care ventilator, this compact device can be carried around with just one hand or transport together with the patient between different wards, ensuring seamless respiratory support at all times.Ģ. The ventilators are able to intelligently select the optimal Tidal Volume and Respiratory Rate along with the optimal I:E ratio after setting the desired target Minute Volume and switch easily between mandatory breath and spontaneous breath.The SV300 is ready-to-move and easy-to-install. Numerical and graphical displays show real time resistance, compliance and the spontaneous breathing status. Users are able to configure frequently used parameter controls by making them quick access shortcut keys in the UI. It can be seamlessly connected to the hospitals clinical information system via the Mindray BeneLink monitoring system networking solution, with high performance-price ratio or to the standard medical information exchange protocol (HL7) networking program, with its extended flexibility. The new SV800/SV600 ventilators enable clinicians to set and deliver ventilation therapies quickly and easily via the intelligent ergonomic design and flat user interface.

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