THE MOST VERSATILE ICU VENTILATOR

1. F l i g h t 6 0
F60
V E N T I L A T O R
F U T U R E I S H E R E

2. APEX is proud to introduce
class leading ICU ventilator Flight 60®
Acute Care Ventilation
Acute care performance and features in a compact and intuitive package.
Invasive and non-invasive
30 ml to 2,200 mlPediatric to adult Tidal Volume
Full Ventilation Package
Advanced ventilation modes:
> ACMV
> SIMV
> PRVC
> SPONT (CPAP, BPAP)
> Volume Guarantee
> B-Lev (Bi-Phasic, APRV)
> (Non-Invasive Positive Pressure Ventilation)NPPV
is available in all modes, except VG modes.
When NPPV is active a leak compensation up to 30L/min
is activated to assist with non-invasive ventilation.
Two levels of leak compensation are available:
1. LOW: bias flow of 20L/min
2. High: bias flow of 30L/min
Single ventilator for ICU, wards and patient transfer
modern way
It’s the
of doing
ventilation

3. One system > multiple options
> ICU
> LTAC
> Homecare
> Transport
> EMS
We understand your need for ICU-quality ventilation
that is easy to use – to help limit errors, save time, and
contribute to better outcomes.
Flight 60 delivers a high level of clinical performance for a
variety of situations and for all patients. This helps clinicians
provide cost-effective care throughout the hospital.
Flight 60 also easily adopts as your needs change and
ensures lasting value for you and your patients.

4. F U L LY I N D E P E N D E N T I N T E R N A L
Quick Start
POWERFUL YET COMPACT
Feature Rich Bright Touch screen
Waveforms and loops display
Extensive alarm system
Exhaled volume monitoring
Integrated O2 sensor with in-use calibration
O2 low-flow port
Fully independent internal compressor
Light Weight
Unmatched Reliability
Universal Power Supply
DC Power Inlet
with 12 hrsInbuilt UPS
Dual Battery Backup
Water/Dust Resistance.
IP34 (splash proof).
Ingress Protection (IP)
The IP Code or International Protection Rating,
sometimes also interpreted as Ingress Protection Rating.
Airborne Certified DO-160
Environmental Conditions and Test Procedures for Airborne Equipment is
a standard for the environmental testing of avionics hardware.
Best in class 4500 maltitude compensation up to
Wheelchair friendly – maximum mobility
Telemedicine ready – easy integration with HIS.
operatingBest in class +50 º C
Temperature Range
-18 º C
6.3 kg

5. C O M P R E S S O R Built-in Oxygen Sensor
S P A C E S A V I N G
S M O O T H C U R V A C E O U S
D E S I G N I S I D E A L F O R
M O D E R N I C U
( i n n o v a t i v e d e s i g n t h a t h e l p s i n
e f f i c i e n t I C U s p a c e m a n a g e m e n t )
Flight 60®

6. Powerfully Adaptable Ventilation
The Flight 60 for Hospitals is an innovative and powerful
ventilator for virtually all hospital contingencies and a wide
range of patients.
It’s efficiency and versatility make it the most cost-effective
ventilation solution in a diversified hospital environment.
Too many types of specialized equipment are a logistical
headache for many hospitals and increase support and
training costs.
The highly versatile Flight 60 is suitable for both bedside
and ambulatory care and patients ranging from pediatric to
adult, while its advanced ventilation modes meet all
ventilation requirements – from intensive care on down.
With the compact but powerful Flight 60, patients can be
moved within the hospital without being disconnected. It
has all the features of a fixed ventilator (large screen, clear
display, distance visibility) along with the clinical and
efficiency advantages of a mobile unit.
Smart hospitals choose the Fight 60 for its flexibility, operational simplicity
and low cost of ownership. –Space saving curvaceous design Ideal for ICU
Unique and innovative flow n pressure measuring mechanism
transducer stay protected from secretion flowing into patient circuit.

7. I n t e r n a l , I n t e g r a t e d o x y g e n m i x e r
The Flight 60 electronically controlled integral O2 mixer allows
accurate and safe O2 enrichment and eliminates the need for
external mechanical air/oxygen entrainment mixer.
Electronics High Pressure O2 Blender
2 min 100% O2
O2 supply fail alarm
Low Flow O2 Port
Flight 60 features a Low Flow Oxygen Port for greater flexibility
and easy user-friendly O2 enrichment.
Blending Bag
Flight 60 can receive low-flow Oxygen
from the Low-Flow Port, and the
widely-used Oxygen Blending Bag.
The Air/Oxygen Entrainment Mixer is used to blend atmospheric
air with medical grade oxygen at a precise ratio.
A control knob allows for incremental adjustment
from 21% to 100% FiO2.
The high pressure oxygen hose has a standard female DISS 1240
connection.
The Mixer attaches to the Fresh Gas Intake of the FLIGHT 60
Ventilator on the Filter Cover, located on the right side of the
ventilator.
Pneumatic Requirements: Oxygen 35-90 psig (2.4 to 6.2 Bar)

8. Ventilation Modes
ACMV (Assist/Control Mandatory Ventilation)
In ACMV mode, time activated (mandatory) breaths are delivered in accordance with the
Rate setting. Patients can trigger mandatory breaths in addition to, or in place of, time
activated (mandatory) breaths, if the effort that they generate causes airway pressure to
meet the Ptrig or Ftrig setting. Each such patient effort results in a mandatory breath.
The breath can be volume or pressure controlled. PEEP may be added.
Tidal volume is determined by the target pressure, Ti,
patient respiratory mechanics in Pressure Control, and
by the tidal volume setting in Volume Control.
As with all FLIGHT 60 Ventilator operating modes,
Backup Ventilation is activated if the Apnea alarm limit is violated.
SIMV (Synchronized Intermittent Mandatory Ventilation)
In SIMV mode, patients receive a fixed or pressure controlled mandatory breaths
(time or patient activated) and may breathe spontaneously between mandatory breaths,
with or without pressure support (PSV)
Volume Control (VCV) – Ventilator volume controls mandatory breaths.
The user can define which parameter will remain constant when changing the
VCV – Flow or Ti.
The system supports two modes of flow waveform:
Square – The flow is constant during the inspiratory phase.
Descending – The flow decreases gradually during the inspiratory phase.
Pressure Control (PCV) – Ventilator pressure controls mandatory breaths.
PRVC (Pressure Regulated Volume Control)
Primary breath controls for PRVC mode:
Target VCV – The target tidal volume.
Rate – Breath rate.
Ti – Inspiratory time
SPONT (CPAP/PS Ventilation)
In SPONT mode, mandatory breaths are not delivered.
However, the caregiver can adjust both PEEP/CPAP and
pressure support (PS) levels.
The patient has control over each breath
VG (Volume Guarantee Ventilation)
VG is a volume target mode which is a sub mode of the SPONT mode.
The VG modes change the pressure support level in order to achieve a targeted tidal volume.
VG modes are pressure modes as each breath is a pressure support breath triggered by
either the patient (spontaneous) or the machine.
Two volume targets are available in VG ventilation:
VtG – Tidal Volume Guarantee
MVG – Minute Volume Guarantee
B-LEV Mode (Bi-Phasic Ventilation)
The following controls are required for Bi-Level mode:
P low – the low pressure baseline.
P high – the high pressure baseline.
T low – the low pressure baseline period.
T high – the high pressure baseline period.
PS above peep – the pressure support level.
NPPV (Non-Invasive Positive Pressure Ventilation)
NPPV is available in all modes, except VG modes
When NPPV is active, the operating mode buttons indicate that NPPV ventilation is ON,
and a leak compensation up to 30L/min is activated to assist with non-invasive ventilation
Two levels of leak compensation are available:
1. LOW: bias flow of 20L/min
2. High: bias flow of 30L/min

9. Monitoring parameters
Monitoring parameters (numeric or graphic) are displayed at all times on the Parameters, Extended,
and Technical screens, to ensure continuous monitoring of the patient during ventilation.
The Flight 60 provides two display options: Graphic and Numeric.
Graphic Display
PIP Peak Inspiratory Pressure
Vte Expiratory Tidal Volume
Vti Inspiratory Tidal Volume
MVe Expiratory Minute Volume
Actual Rate Total number of patient or time activated breaths
FiO2 Percent of Inspired Oxygen
Waveforms and Loops
The Flight 60 can display a dynamic loop based on the following parameter combinations:
Pressure/Volume
Flow/Volume
Trends
Up to 72 hours trends are available on the graphic display
Performing Inspiratory and Expiratory Hold manoeuvres with the Flight 60 is a touch away
Lung Mechanics Monitoring Display
RSBI monitoring can be viewed by tapping the main ventilation parameters display table
RSBI is the actual rate divided by the exhaled tidal volume [1/min*L]
Additional monitoring parameters display
PIF – the measured peak inspiratory flow in litres per minute.
I:E – the inspiratory to expiratory ration.
P base – the actual measured PEEP value.
P mean – the average pressure measured
over a breath cycle.
RSBI – Rapid shallow breathing index [1/min*L]
Cdyn – Dynamic Compliance [ml/cmH2O]

10. Tele-medicine and HIS Ready
Low Flow Oxygen Port
High Pressure O2 Port
(Optional)
AC Connector with Fuses
100 -240 V AC, 50 - 60 Hz
12-hour swappable battery
Li-Ion 14.8 VDC
DC Connector 12-15 V DC
Mini RS-485 (COM3)
USB B Type
RS-232 Serial Part (COM1)
RS-232 Serial Part (COM2)
USB A Type
LAN (RJ45)
Dual Battery Backup
Out of the two batteries, one battery can be easy removed
by rotating a knob and can be replaced with charged one,
however, ventilator keeps on working on backup battery.
7" Touch Screen
LED Indicators
TRIG I EXT PWR I LOW BAT I BAT I FAULT I APNEA I BUV I HIGH MV I LOW MV I HIGH P I LOW P
LED Indicator
Pressure Gauge
displays the airway pressure
in the patient circuit at all times
Primary Alarm LED
Audio Paused /
Alarm Reset button
ON / OFF button
+ / - button
Dual Limb Exhalation Valve
(Optional)
Manual Breath button
Panel Lock button
Patient Circuit Connector
Nebulizer Part
(Optional)
Emergency Air Intake
Enables the patient to pull ambient air into the patient circuit
in the event of a complete system failure.
The Air Intake opening pressure is approximately -3 cmH2O (-3 mbar).
Left Side Panel
Fresh Gas Intake and Filter Cover
Environmental air enters through this 30 mm ID Fresh Gas Intake.
The air inlet particle filter is placed behind the Filter Cover
to protect the patient as well as the ventilator's piston system
from dirt and particles.
The Fresh Gas Intake also serves as the attachment socket for
the optional FLIGHT 60 Ventilator Air/Oxygen Entrainment Mixer
or Oxygen Blending Bag.
Right Side Panel

11. Technical Specifications

12. H E A L T H C A R E
Products I Services I Solutions
APEX SYSTEMS www.apexsystems.in
Corporate Office:
A-218, Som Dutt Chambers-I
5-Bhikaji Cama Place
New Delhi: 110066
INDIA
+91 11 4607 5157, 2617 4069
sales@apexsystems.in
www.apexsystems.in
IMPORTANT NOTE:
Apex reserves the right to make changes in specifications and / or to discontinue
any product at any time without notice or obligation and will not be liable for any
consequences resulting from the use of this publication.
APEX SYSTEMS Products are made in India and manufactured at different
manufacturing facilities, located at various parts of the Sub-Continent of India
Critical Care, Patient Monitoring range, ECG, Holter, Stress Test, PFT, Defib, etc.
are manufactured at: NME, Maharashtra and H.P. works
PACS and Healthcare IT Products at Innowave, Noida and Chennai
Orthopantomography X-ray System is manufactured at: TSIS, Rajasthan, FBD, DEL
Ventilator Flight 60 is manufactured in Isarel by Flight Medical
Vivek Mehrotra +91 96501 77295 Raj Kumar +91 99588 09985
vivek.mehrotra@apexsystems.in raj@apexsystems.in
Sanjay Chadha +91 98110 56769 PK Sharma +91 98110 57761
sanjaychadha@apexsystems.in pksharma@apexsystems.in
Flight 60 is designed, developed
and manufcatured in
Innovation Capital
of the World
Israel
Leading companies
have their R&D centres
in Israel – the World’s R&D HeadQuarter