6. Challenges faced in hospital
environment
Ventilation during CPR*
Lack of transport ventilators
Training for ventilators
Ventilation during MRI / CT
Inconsistency in manual ventilation
Lack of Medical Ventilators in routine or mass casualty
*CPR – Cardio Pulmonary Resuscitation
7. Risk Associated with Manual Devices
• Inconsistent delivery during transport and CPR
• Pile up of breaths
• Barotrauma
• Risk of gastric insufflation
• Over-inflation of lungs leading to (ARDS)
9. Features of VAR®
Plastic Body: Light weight, Transparent, Disposable
Easy to use: Minimal training required
Respiration Rate & Tidal Volume controls
MRI / CT Compatible
Pressure cycled ventilation
Gas powered – No power back up required
FiO2 50% or 100%
In line pressure manometer to measure PIP & PEEP
Use with Endotracheal (ET) Tube or mask
10. Ventilation Modes
Pressure Cycled
(IPV* Mode)
for mandatory
breathing
Apneic patients - who can not
breathe at all
Pressure Support
(CPAP** Mode)
for spontaneous breathing
Patients who can trigger / initiate
breath
*IPV – Intrapulmonary Percussive Ventilation ** CPAP – Continuous Positive Airway Pressure
11. VAR® comes packaged with
• Automatic Resuscitator
• 22 ID* flex tube
• O2 Hosing
*ID- Inner Diameter
13. VAR® Part No. 1 - Modulator
Respiration Rate (RR) Dial
Peak Inspiratory Pressure
(PIP) Dial
Modulator: To control the Peak Inspiratory Pressure
and Respiration Rate
Peak Inspiratory Pressure (PIP) :: Tidal Volume (Vt)
14. VAR® Part No. 2 - Pressure Manometer
Manometer: Inline manometer to measure the
pressures delivered to the patient in cm H 02
15. VAR® Part No. 3 - Patient Connection
Port
Patient Tee: Includes Oxygen supply port (FiO )*,
redundant pop-off valve,
patient connection port.
2
Redundant pop-off valve
Patient connection port
Oxygen supply port (FiO )
2
*FiO2- Fraction of inspired Oxygen
(50% or 100% Oxygen)
16. VAR® set up – Step 1
1st Step - Choose 50% or 100% FiO2
Connect O2 hose to VAR, then to a High flow
Flowmeter and set flow to 10 - 15LPM to
start.
*Supply Pressure Required: 50 + 5 psig
18. VAR® set up – Step 2
2nd Step – Set PIP
Once there is flow to the device set the
desired PIP or Peak Inspiratory Pressure
using the rectangular dial marked here.
19. Changing the Peak Inspiratory Pressure
(PIP)
T - Shape knob or
Rectangular Knob
15 ~ 25 25 ~ 35 35 ~ 45
cm H2O
Rotation:
Clockwise – Increase PIP
Anti Clockwise – Decrease PIP
15 20 25 30 35 40 45
20. VAR® set up – Step 3
3rd Step – Connect to Patient
Now that the function test is done and
movement of manometer has been
verified, connect to the patient.
21. VAR® set up – Step 4
4th Step – Adjust Breath Rate / Select Mode
Last step is to adjust the Breath Rate as per
the requirement.
23. Patient Safety – Pop off Valve
• The VAR® is equipped with a safety pop – off
valve which pops out at pressures exceeding
60 cm H2O to avoid Baro-Trauma or Tracheo-
Bronchial Injury (TBI).
24. Applications (1 / 5)
• Automatic, hands free ventilation during:
– Inter-facility, intra-facility transports
– ER or ICU, replacing manual resuscitators (bags)
– MRI or CT procedure
– Emergency back-up ventilator for home, hospital
or alternative care facilities
– Patient transport in Ambulance
– Disaster management or field hospital
25. Applications (2 / 5)
• Cost Saving – Single patient use/disposable
resuscitator:
– Eliminates cost of capital equipment
– Reduces labour intensity associated with manual
resuscitators (bags)
– Save on maintenance and repair cost
– Save rental cost on ventilator
– Save therapist time for getting and setting up
ventilator for short-term use
26. Applications (3 / 5)
• Convenient – Lightweight, disposable, single
patient use resuscitator:
– Easy to store – no large ventilator to take up limited
ER/ICU space
– Quick set-up and easy operation with no clean up
cost or recycling time required
– No missing pieces of ventilator when needed
– Flexible usage with mask or ET tube
– Use in-line with HME and/or Bacteria filter
27. Applications (4 / 5)
• Reliable – Delivers consistent and reliable
pressure cycled short term ventilatory
support:
– High pressure pop-off safety valve reduces
potential of pneumothorax.
– Technology minimizes gas trappings to reduce the
potential for barotrauma
28. Applications (5 / 5)
• Safety – Promotes safe and efficient hospital
transports by:
– Eliminating the need for a manual resuscitator
and/or additional ventilation
– Freeing up the EMT’s hands to perform other
critical functions
– Ideal for use with chest
compression/Cardiopulmonary Resuscitation
(CPR)
29. Dismantle
• In the chance of an occlusion in the VAR. The
VAR can be taken apart in sections. Remove
the Modulator to allow the flow of gas to
push out the contaminate.
30. Quality Standards
• FDA* approved
• Meets ASTM** requirements
• Meets CSM*** ventilatory assistance mandate
• certified
• ISO 13485:2003
* FDA : Food & Drug Administration
** ASTM : American Society for Testing & Materials
*** CSM I: Centre for Medicare & Medicaid services
: Conformité Européenne
31. Airway Pressure Monitor (APM)
• For digital display of Patient’s respiratory parameters
• Connects to VAR®
• LCD Screen
• Easy to setup
• Visual & Audible Alarms
• Portable
• Adult & Pediatric Models
32. Airway Pressure Monitor (APM)
Peak Inspiratory Pressure (PIP)
Positive End Expiratory Pressure (PEEP)
Respiration Rate (RR)
Inspiration Time (IT)
Expiration Time (ET)
I:E Ratio
Non Cycling Alarm
High Rate Alarm
High Pressure Alarm
Display
Alarms
33. E surge kit
• Prepare for a major
Ventilator Emergency
• Use a single gas source for
multiple ventilators in Mass
Casualty Incidents (MCI)
7 ventilators (VAR®)
using
1 Oxygen Supply
Notice here that you have the option for either 100% FIO2 with leaving the green tab attached or if you remove this tap below it is another DISS fitting to connect the O2 hose to a 50%FIO2 setting. This will force the device to entrain air through the slots given. The VAR will deliver 6-15 Liters of O2, and the rest is entrained room air to operate the VAR
PEEP or Peak End Expiratory Pressure is Intrinsic to the VAR. When you set your PIP, the PEEP will be 1/5 or 20% of your set PIP level. For example if you set a PIP of 25, your PEEP will be 5.
The round dial on our modulator is what you use to control the rate for the patient. Since this is pressure cycled device, you can provide either pressure cycled ventilation for apneic patients or pressure support for spontaneously breathing patients. To use the pressure support mode, you will need to dial the rate into the slower mode till the device stops cycling. Just as with a manual bag resuscitator you will need to count off the rate the patient is breathing, unless you have our new Airway pressure Monitor.
The best way to remove a occlusion is to remove the modulator and allow for the flow of gas to push out the obstruction. If this doesn’t clear the VAR, try tapping the modulator on a hard surface to help remove occlusion until cleared.