AVL with invasive and non-invasive modes Respironics V680

Descripción del producto

The Respironics V**0 ventilator with invasive and non-invasive modes from Philips is equipped with an auto-Trak+system. It adapts to the patient's breathing, providing a comfortable and effective ventilator. It can be used for short-term or long-term ventilation of adults, as well as children with a body weight of 5 kg. it Supports integration with VueLink and IntelliBridge EC*0, which allow transmitting data to hospital (clinical) information systems.

Among the features of this model:
Respironics v**0 ventilator
Easy switching between ventilation methods: they use the same interface. You don't need complex settings and calibrations after switching from one to the other.
Universality. You can buy a Respironics v**0 ventilator for adults and children's medical institutions.
Compensation for leaks around the mask. Provides comfort for patients of different complexions and high-quality ventilator.
Quick preparation for work. This takes about 3 minutes.
A number of innovations have been implemented here. Among them, such as:
Active exhalation valve. The solution used here compensates for pressure spikes when coughing or when the patient "struggles" with artificial ventilation. There is a mode of apnea that allows you to fight with respiratory stops.
Built-in battery in case of power outages or patient transportation in the medical facility's facilities. On it, the V**0 can work independently for up to 4 hours.
Automatic alarm system. It gives alarm signals when the inhalation circuit is blocked (it goes into emergency mode), when the flow sensor fails (in other emergency situations).
Here the dynamic estimation of the parameters of the lungs (resistance (R) and pliability (C)) and the pressure of the plateau is implemented. Parameters are evaluated on each respiratory cycle.

Implemented in this medical device algorithm for dynamic tracking of respiratory mechanics, makes it possible to eliminate the limitations inherent in the method of least squares. In addition, this solution is characterized by an accuracy comparable to static methodologies that require a breath-holding maneuver when inhaling.

The price of the device depends on the configuration. For example, you can also purchase mounts for two oxygen cylinders with a diameter of up to **0 mm and other accessories.