ventilator

Artificial Lung Ventilator

Artificial lung ventilator for patients and hospitals for professional use. Combining the key components required for complex pulmonary ventilators together with our knowledge in Telemetry which allows us to deliver data remotely and help save lives all over the world.

Artificial lung ventilator for patients and hospitals for professional use. Combining the key components required for complex pulmonary ventilators together with our knowledge in Telemetry which allows us to deliver data remotely and help save lives all over the world.

Long Lasting Battery Life

Up to 4 hours operating time

Touch Interface

Intuitive control & user Interface

Cloud Connectivity

Integrated cloud connectivity

Emergency Alarms

Possibility to silence the alarm for 120s

Technology:GSMA / HSPA / LTE
GNSS:A-GPS, GLONASS, GALILEO, BDS
Input Voltage Range:100 – 220 V AC
Weight:To be defined (expected up to 10kg)
Integrated Buzzer:For alarm notifications in case of emergency
Bluetooth:4.0 BLE Optional (depending on requirements)
Flash Memory:16 / 32 MB (To be defined)
Firmware Updates:Optional cloud-based solution
Interface:1 x RS232
1 x USB
1 x Emergency Call button (optional)
Microcontroller:
STM High-performance Arm® Cortex®-M4 32-bit RISC core
Resolution:1280 x 800 pixels
Contrast Ratio:
16:10 ratio (~189 ppi density)
CPAP:Continuous positive airway pressure
PC-SIMV:Pressure Controlled Synchronized Intermittent Mandatory Ventilation
BIPAP:Two level positive airway pressure
PC-CMW:Pressure Controlled Continuous Mandatory Ventilation
 
Low VT:Range: 30 to 2000ml
Resolution: 10 ml
Default: 300 ml
(Lower threshold for breath cycle volume)
High VT:Range: 80 to 3000ml
Resolution: 10 ml
Default: 2000 ml
(Upper threshold for breath cycle volume)
High RR:Range: 10 to 70 bpm
Resolution: 1 bpm
Default: OFF
Ambient Air Pressure Sensor:If the ambient air pressure sensor malfunctions, notification is displayed on the screen and sound alarm is being activated
Inhale/Exhale Pressure Sensor: In case of malfunction in inhale/exhale pressure sensors the notification is displayed on the screen and sound alarm is being activated
Oxygen Flow Sensor:If the ventilator detects oxygen flow sensor failure, it still can work, but FiO2 parameter is not allowed to changed. Notification is displayed on the screen and sound alarm is being activated
Inspiratory/Expiratory Air Flow:If the sensor has failed while the ventilator was working, ventilator still works according to valves control commands which were previously set. In case of failure notification is displayed on the screen and sound alarm is being activated
Oxygen Proportional Valve: If an oxygen proportional valve failure is detected. Notification is displayed on the screen and sound alarm is being activated
PEEP Control:If the PEEP control solenoid failed, ventilator may still work without PEEP pressure maintenance.
Notification is displayed on the screen and sound alarm is being activated
Electricity Shutdown:In case when there is unexpected electricity shut down, the ventilator can still operate up to 2-4 hours from internal batteries. Notification is displayed on the screen and sound alarm is being activated