Ventilator - Description
The Modular and portable device which can be seamlessly integrated into any critical care ecosystem enables availability of high quality, cost effective treament across a range of clinical situations.
Operability
Maxpran lets the doctors and respiratory technicians operate the ventilator in 16 different modes catering to meet dynamic demands of the situation at hand.
Compatability
Our Maxpran ventilation can serve to the myriad of ventilation needs of any kind of patient, from neonatal care to adult care. It can be operated in the most dire phase of respiratory situation through the weaning off stage. Robust design ensures the patient under the ventilation is treated with tenderly care.
Portability
Modular design of Maxpran® ensures high quality ventilation in many environments including ICU, NICUs and emergency rooms, freeing up doctors and technicians to focus on patients rather on procedural bottlenecks of setting up ventilators.
Accessibility
Maxpran's user friendly UI lets the doctors and technicians operate the ventilator intuitively and navigate various operating modes easy hassle. Sophisticated electronics (ARM basedd MCU couple with high precision and accuracy sensors) automates the flow control system. Maxpran can be operated and monitored remotely by doctors and technicians.
Intelligibility
Cloud storage ensures that medical data of ventilation settings and operational parameters are preserved and also can facilitate the introduction of artificial medical intelligence to make better respiratory therapeutic recommendations.
Affordability
Maxpran is designed as unitary system offering a wide range of therapeutic options for dynamic clinical needs.
Key Monitoring And Alarms
Power disconnected: Yes / No
Patient disconnected: Yes / No
Inspiratory Pressure: High / Low
High PEEP : High / Low
High Respiratory Rate : High / Low
Power Sensor Failure : High / Low
Read/Write Error : High / Low
Ventilator Temperature Error : High / Low
System Failure : Yes / No
Low Tidal Volume : Yes / No
Features
Ventilator features Invasive, Non Invasive and CPAP modes
It is articulated-piston type stand alone compressor, with dry filtered air
Built-in programmable ultrasonic nebulizer
Continuous working capability of 4 to 5 days
Cloud database management of the patient's data
Provision to view the preceding history of the patient waveforms & alarm history
Outlet for pneumatic nebulizer
Ventilation Modes
Volume Control : CMV, AC, SIMV
Pressure Control : CMV, AC, SIMV, PSV
Spontaneous: CPAP, BPAP
Special modes : APRV, PRVC
Ventilator Parameter Settings
Peak pressure : 20 - 60 cmH2O
Peak respiratory rate : 10 - 60 Breath per minute
Inspiratory time : 0.3 to 2.5 seconds
Tidal volume: 50 to 2000 ml
Peak flow rate : 240 L/min
PEEP : 0 to 30 cmH2O
Pressure support : 0 to 40 cmH2O
I : E ratio : 1 :4 to 4 : 1
Trigger flow sensitivity : 1 to 10 L/min
Pressure Sensitivity : 2 20 cmH2
Volume Accuracy : 2 to 5 % of the full scale
Display Parameters
Airway pressure - PIP, PEEP, Mean Pressure
Tidal and Minute volume
Respiratory rate
Total Leak percentage / Leak volume
Inspiratory O2 Concentration (FIO2)
I : E ratio
Compliance
Resistance
Low inflection point(LIP) and Upper inflection point(UIP)
Curve (Paw(t),Flow(t),Tidal volume (t))
Performance Data
Valve response time - ≤ 15 ms
Volume Control principle - Time cycled, volume constant, pressure-controlled
Pressure Control principle - Time cycled, pressure constant
Safety relief valve - 100 mbar/cmH2O
Leakage and hose system comp. compliance - Automatic
Operating Data
Power - ≤ 15 ms
Typical Power consumption Approx - Time cycled, volume constant, pressure-controlled
Input Air and O2 supply pressure - Time cycled, pressure constant
Compressor power - 100 mbar/cmH2O
Display Specifications
Dimensions ventilator (W x H x D) - 37.9 x 24.7 x 37.8 cm
Diagonal screen size - 15" TFT color touch screen
Typical Weight (varies by config) - 1.3kg
