EIS Electrical Impedance Segmentography See changes in real-time The Angelie EIS System is a great supporting tool for respiratory management, specially designed for clinical use. It monitors impedance across all four quadrants of the lung and shows the changes in real time in form of waveforms, trends, graphs and parameters.

Angelie EIS can be used to detect inhomogeneities between lungs and their segments and to monitor regional distribution of air and amount of regional tidal volumes. It can be applied on all patients from newborns to adults, in all patients, where respiratory system is involved, either in spontaneous breathing or ventilated patients. • Real-time monitoring of distribution of air to all four lung quadrants • Efficient, quick and easy application • Only a few electrodes are needed • Touch screen control • Radiation free and noninvasive measurement • Satisfies routine and advanced clinical needs...

EIS Electrical Impedance Segmentography ANGELIE EIS IS A GREAT SUPPORT IN YOUR RESPIRATORY MANAGEMENT. Applications The pioneering innovation in monitoring of Impedance in four quadrants of the lung Unique feature of Angelie EIS is to assess regional as well as general air distribution and ventilation in all patients with some involvement of respiratory system. Distribution of air is displayed in % or in ml values in real-time. Especially designed color coded electrode patches allow easy and quick applications to any patient.

• 8 channel amplifier system • 2 isolated analog inputs • 1 TTL output for ventilator triggering • touch screen control • trolley based system • Display of real time breathing waveforms • PEEP trend display • Volume trend • Real-time ventilator data • Graphical display of air distribution in four • Lung segments • Data export to MS Excel EMS - Expertise in Medical Solutions We have been leading innovation in Neurophysiology for over 30 years. At EMS we provide innovative leading edge technologies for Neurophysiology diagnostic applications. Our products are designed and developed to satisfy the...