The picture, which livens up when breathing, increases the child’s motivation in the correct execution of spirometric maneuvers. To do this, you just need to ‘blow’ the dragon off the bridge. It is also effective for people with hearing impairments, being sometimes the only possible way to perform the study of respiratory function in such patients.
The option is adapted for mass examinations during medical examinations and prophylactic medical examinations. Reduces the time for a complete examination several times (up to 1–1.5 minutes), since the entire set of measurements is performed in one connection of the patient to the spirometer. At the same time, the quality and reliability of spirometry tests is monitored, and the interpretation of spirometry results is provided, including at a glance.
Integration with HIS
MAS2 spirometers are connected to hospital data transmission and reception information networks. Patients are examined on the basis of electronic referrals from the registry, and the results of the tests performed are transmitted directly from the spirometers to hospital information system (HIS), with the possibility of viewing them in their personal account.
Provides the ability to record blood oxygen saturation SpO2 and pulse rate simultaneously with the performance of spirometry tests. This expands the diagnostic capabilities of the spirometer, making it possible to objectify the diagnosis of respiratory failure.
Provides a non-invasive determination of the oxygen content O2 and carbon dioxide CO2 in the inhaled and exhaled air with the measurement and calculation of the following parameters: TV, MV, BF, SрO2, HF, PetСО2, РiСО2, PeСО2 , FeO2, FiO2, VD/VT, VCO2, VO2, R (RQ), VO2/HF, PAO2, VA, MV/VCO2, MV/VO2, MET.
Automatically interprets diagnostically significant situations with exceeding the norm daily variability of POSvyd, FEV1. Asthma Control Test ™ is an ERS-validated Asthma Control Test that also includes an Asthma Control Score with interpretation in the printed spirometry protocol.