ICU Ventilator ELISA 600
The ELISA 600 is an innovative ventilator with standard breathing for invasive and non-invasive ventilation in all clinical settings, for all resuscitation measures and for patients weighing 3.0 kg and above. A variety of hardware and software options allow for individual configuration according to existing requirements and create a ventilation platform with a bright future.
Invasive and non-invasive ventilation, high flow oxygen therapy (HFOT)
A large number of ventilation modes - both traditional and hybrid
Hybrid ventilation modes: VA BiLevel / Dynamic BiLevel / Dual BiLevel / Dynamic BiLevel ST / Dual BiLevel ST / Flexible BiLevel / Flexible VCV
Specialised ventilation modes: ventilation during CPR, closed circuit ventilation - ALPV (adaptive protective ventilation) based on the latest recommendations for protective ventilation strategies
Tube compensation
Up to 8 curves in real time
Up to 4 loops (up to 5 reference loops can be stored)
PEEPfinder® module - generates a static pressure-volume curve for optimal parameter calculation
Compensation of resistance and compliance, calculation of respiratory work
Hygienic function - documented monitoring of patient accessory change intervals
Maintenance-free paramagnetic oxygen sensor for recruitment manoeuvres, inspiratory and expiratory delay, single inspiration and expiration
Ventilator weaning module
Pneumatic nebuliser module
Inhalation sedation module - compatible with AnaConDa® system
Help function - prompts for ventilation mode, parameter or alarm
2x USB ports for data transfer
DVI port for connecting a projector or additional monitor
All possible patient age groups - adults, children (from 3 kg), newborns
CuffScout® module - control and monitoring of cuff pressure
Esophageal and transpulmonary pressure measurement (Peso and TPP)
Additional (second) rechargeable battery (up to 4 hours of operation in total)
elisa@megs - data hub with 5 serial interfaces
Nurse call interface
Mesh nebuliser module
The intelligent user interface can be individually adapted to the relevant requirements and standards of the institution. Innovative technologies, ease of use and a comprehensive modular system reduce complexity, avoid operational errors and support the user in carrying out ventilation therapy.