1. F60 iO2 and Advanced Modes Assaf Weiss, Product Manager
Flight Medical Confidential 1

2. Agenda Flight 60 Overview
Introduction to Flight 60iO2 – internal blender model
Advanced modes overview
Volume Guarantee
B-LEV (APRV)

3. Well known technology in an intuitive and advanced ventilator
Performance
Volume Guarantee
Bi-Phasic Ventilation (APRV)
Unlimited autonomy: 12 Hours battery life, 15lbs
“...it’s the smallest that they make but at the same time the electronics allow us to do all of the types of therapy we do with a full size ventilator…”
Advanced modes, size matters, dual and single limb high pressure and low flow options.
Easy to use – provides you with the levels of details you need when needed (simple UI for home care, advanced for hospitals, quick-start screen for ER)
Stephen Holland, M.D.
Vice President and Chief Medical Officer
Gaylord Specialty Healthcare , CT

4. Well known technology in an intuitive and advanced ventilator
Versatility
Paediatric to Adults
Dual/Single limb
High Pressure/Low Flow Oxygen
Invasive and non invasive
Advanced modes, size matters, dual and single limb high pressure and low flow options.
Easy to use – provides you with the levels of details you need when needed (simple UI for home care, advanced for hospitals, quick-start screen for ER)

5. Well known technology in an intuitive and advanced ventilator
Advanced modes, size matters, dual and single limb high pressure and low flow options.
Easy to use – provides you with the levels of details you need when needed (simple UI for home care, advanced for hospitals, quick-start screen for ER)
Simplicity
7” touch screen
Ease of use/ Enhanced user interface
Waveforms, loops and 72 Hours trends

6. Well known technology in an intuitive and advanced ventilator
Performance
Volume Guarantee
Bi-Phasic Ventilation (APRV)
Unlimited autonomy: 12 Hours battery life, 15lbs
Versatility
Paediatric to Adults
Dual/Single limb
High Pressure/Low Flow Oxygen
Invasive and non invasive
Advanced modes, size matters, dual and single limb high pressure and low flow options.
Easy to use – provides you with the levels of details you need when needed (simple UI for home care, advanced for hospitals, quick-start screen for ER)
Simplicity
7” touch screen
Ease of use/ Enhanced user interface
Waveforms, loops and 72 Hours trends

7. 99% Success, meet all clinical needs
Trauma
COPD
ARDS
Neuromuscular
Pulmonary Edema
Spinal Cord Injury
Lung Cancer

8. 1200 beds, 40 F60s, 100% satisfaction
Successfully integrated into 10 sub-acute wards
Adapted by ER staffs as main ventilator
In-hospital transport – Only Flight 60

9. Active mobilization with Flight 60
Bedside: PB840
Transport: Flight 60
“...it’s the smallest that they make but at the same time the electronics allow us to do all of the types of therapy we do with a full size ventilator…”
Stephen Holland, M.D.
Vice President and Chief Medical Officer

10. ER & Internal transport Emergency Preparedness
Continuity of Care
1 ventilator meets multiple ventilation needs
EMS
Acute Care Hospital
ICU & Step down units
ER & Internal transport
LTACH
Emergency Preparedness
Long Term/SNF
Home Care
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11. F60 iO2 Internal Blender and Advance Modes
Flight Medical Confidential 11

12. F60 iO2 with advanced modes
Internal blender, electronically controlled =>
Improved accuracy and portability, easy to use, safer
Volume Guarantee Mode =>
Improves patient ventilation and safety by adjusting to changes in:
Progression of the disease
Body position and sleep stages
B-LEV (APRV) Mode =>
ARDS patient management, transport sever cases with the F60 without compromising performance.

13. Front and Back Panels Front: Nebulizer port
Back: DISS high pressure connector

14. Parameter Screens When O2 Mixer is enabled and nebulizer is disabled:
When O2 Mixer is disabled:

15. Extended Screen

16. Service Screen – Configuration*
Enable Internal O2 Mixer
Enable VG mode
Enable B-LEV
Disable Nebulizer
* Factory default for US customers

17. Additional O2 Features
%O2 control
2 minutes 100% O2

18. Additional Alarms VG Mode: Target Volume Not Reached O2 Supply Failed
Check O2 Sensor
O2 Leak
Additional oxygen analyzer for detecting internal leaks

19. F60 Advanced Modes www.flight-medical.com 19
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20. “best of volume control ventilation and pressure control ventilation”
Volume Guarantee
Volume Guarantee is pressure mode with a guaranteed volume by using a targeted tidal volume with an optional minimum preset rate (MVG) to provide a minimum minute volume.
“best of volume control ventilation and pressure control ventilation”

21. Volume Guarantee “the right pressure at the right time”
± 1 to 2 cmH2O every 5 breaths
Pressure
PEEP
Target Vt
Pressure Change =
Missing volume X [Average Pressure / Average Volume]

22. Volume Guarantee Sub-Modes
VtG: Tidal Volume Guarantee: spontaneous mode
MVG: Minute Volume Guarantee: spontaneous with back-up rate

23. Volume Guarantee Mode
Volume Guarantee adapts to short term patient changing needs (due to sleep stages, body position) and longer term changes such as disease progression to ensure efficacy together with greater comfort of ventilation

24. VtG (Tidal Volume Guarantee) Spontaneous Only
In VtG mode, the target volume is reached by controlling the pressure support applied to the patient based on three parameter settings:
Target VtG – The target tidal volume.
PSV min – The minimum pressure allowed by the operator.
PSV max – The maximum pressure allowed by the operator.

25. MVG (Minute Volume Guarantee)
In MVG mode, when the patient fails to trigger a breath within the interval determined by the Rate control, the ventilator triggers a mandatory breath with a set Ti. The Rate, in combination with the Target VtG setting, determines the minimum delivered minute volume.
Target VtG – The target tidal volume.
PSV min – The minimum pressure that can be applied.
PSV max – The maximum pressure that can be applied.
Rate – The minimum rate (determines the interval).
Ti – The inspiratory time of the mandatory breaths.

26. Trigger Delay
In MVG mode, Trigger Delay function doubles the delay time before mandatory (time cycled) ventilation is activated.

27. Trigger Delay When Trigger Delay is set to OFF
Delay = 60/Rate
When Trigger Delay is set to ON
Delay = 2 * 60/Rate

28. Trigger Delay Benefits
Encourages spontaneous breathes -
Improved weaning 
Eliminates frequent switching between patient triggered/time triggered breathes – enhanced patient synchronization

29. Flight 60 – MVG Quick Guide
Step 1: Set the Extended screen Parameters
TRENDS ON
PSV Flow Term 15
VG Mode
MVG
Descent

30. Flight 60 – MVG Quick Guide
Step 2: Set the Home screen Parameters
PSV min 10
PSV max 30
0.8
Target VtG
400
MVG

31. Flight 60 B-LEV mode
The ventilator cycles between two different baseline pressures based on time.
Patient is allowed to breathe spontaneously at both the high and low pressure baselines.

32. Flight 60 B-LEV mode

33. Flight 60 B-LEV mode
Controls specific to B-LEV:

34. Flight 60 B-LEV mode
Controls specific to B-LEV:

35. Understanding F60 Modes Controlled (mandatory) Modes
Supported (spontaneous) Modes
Combined (mixed) Modes
Spontaneous Breathing (CPAP)

36. Understanding F60 Modes Controlled (mandatory) Modes
Supported (spontaneous) Modes
Combined (mixed) Modes
Spontaneous Breathing (CPAP)
ACMV - PC
SPONT + PS
SIMV – PC
SPONT with PSV = 0
ACMV – VC
VtG
SIMV - VC
MVG
B-LEV

37. F60 iO2 and Advanced Modes Assaf Weiss, Product Manager
Flight Medical Confidential 37