Calliope α ventilator - Nihon Kohden

Ventilator
Calliope α
Piston HFO/IMV ventirator for neonate and infant
SPECIFICATIONS
Basic Specifications
Ventilation Method
Ventilation Mode
HFO Settings
IMV Settings
HFO
IMV
SIMV
PSV
CPAP
HFO
MAP
Stroke Volume
Frequency
Flow
Manual Sigh
PIP
Inspiratory Time
PEEP / CPAP Pressure
Breath Rate
Trigger Sensitivity
Base Flow
PSV Pressure
Oxygen Concentration
Piston-pump type
PCV (pressure control)
Synchronized Intermittent Mandatory Ventilation
Pressure Support Ventilation
Continuous Positive Airway Pressure
High Frequency Oscillation
3 to 40 cmH2O (0.29 to 3.92 kPa)
0 to 80 ml
5 to 17 Hz
11 LPM
10 to 50 cmH2O (0.98 to 4.90 kPa)
5 to 80 cmH2O (0.49 to 7.84 kPa)
0.10 to 3.00 seconds
0 to 20 cmH2O (0 to 1.96 kPa)
1 to 120 BPM
-10 to -0.5 cmH2O
Trigger ON : 3 to 6 LPM
Trigger OFF : 1 to 20 LPM
0 to 60 cmH2O above PEEP (0 to 5.88 kPa)
21 to 100%
Metran
Ventilator
Calliope α
Piston HFO/IMV ventirator for neonate and infant
Dimension and Weights
Main Body Dimensions
Weight
Power Supply
Gas Supply
Operation Environment
Storage Environment
1430(H) * 520(W) * 727(L) mm
Main Body, Base with Caster
67 Kg (Body and Base)
AC 100V / 220V, 50 / 60 Hz, 300VA (ventilator only)
0.3 to 0.5 mPa, above 70 LPM
Temperature : -10; to 40;, Humidity 10 to 95%
Atmospheric Pressure : 700 to 1060 hPa
Temperature : -20; to 60;, Humidity 10 to 95%
Atmospheric Pressure : 500 to 1060 hPa
Alarms
Power Failure
Supply Gas Pressure
High Airway Pressure
Low Airway Pressure
Circuit Disconnection
(IMV only)
Abnormal Amplitude
Alarm Silence : 60 seconds
Option
Metran Heated Humidification System
HUMMAX II
Medical device approval
21100BZZ00290
Pacific Medico Co., Ltd.
Heated Humidifier PMH 5000
Medical device approval
2100BZZ00120000
Please contact Metran or its representative when using a different humidifier not listed above.
This is a medical device, please use under doctor's guidance. Specifications are subject to change without notice. Medical device approval : 21200BZZ00328
ISO 9001 (2000)
ISO 13485 (2003)
Metran
Metran Co., Ltd. 12-18, 2-Chome, Kawaguchi, Kawaguchi-shi, Saitama 332-0015 Japan
Phone: +81-48-242-0333 Fax: +81-48-242-0550
URL: http://www.metran.co.jpemail: support@metran.co.jp

Ventilator
More subtle & more dynamic
Feel and experience the new Calliope α
Newly-evolved HFOV
Enhanced MAP (mean airway pressure),
now configurable up to 40cmH2O
For a better respiratory care management,
stroke volume is now adjustable in units of 0.2ml
Frequency is now adjustable between 5 to 17Hz
for more accurate control
Reliable respiration management
using HFOV (or HFO mode) is possible
only with the combination
of "stroke volume", "MAP" and
"frequency" parameters.
Setting of frequency is available
from 5 Hz to 17 Hz.
* Heated Humidifier is an option.
Piston HFO
Pressure oscillation
generated by reciprocal
movement of
Calliope α piston
makes pressure
wave sinusoidal,
applying less strain
on patient's lungs.
Push-pull piston-type HFO reduces the
likelihood of air trapping since inspiratory
and expiratory volumes are identical
(I:E ratio= 1:1).
Magnet-joint horizontal design allows
enhanced reduction of the noise, and
offers quiet operation and also improves
serviceability.
Simple piston removal provides easy
and convenient cleaning and sterilization.
Accurate HFO Settings
Stroke volume is now adjustable in
units of 0.2ml, to make the amplitude
management (airway pressure amplitude)
more precise.
PaO2 and PCO2 are independently controlled
by value of mean airway pressure
and stroke volume respectively.
Manual SIGH
(Lung Recruitment Manoeuvre)
Original inspiratory
and expiratory valves
Metran's original Inspiratory and Expiratory
valves offer high-speed and accurate
flow control required in PSV, providing
instant response for patient's
spontaneous breathing, and allowing
smooth switch-over between inspiration
and expiration.
Safety Design
Setting Verification
An alarm activates every time a setting
on the front panel has been changed.
This safety feature ensures to alert the
operator when any accidental change
in setting occurs.
Impedance Valve
Impedance valve controls the inspiratory
gas flow in both HFO and IMV
modes. This allows our system to work
with water-chamber type heated humidifiers
as well as with our proprietary
humidifier.
* High inpedance Valve and
typical installation example.
Ventilator Gas Flow
CMV
MAP
MAP
MAP
MAP : Mean Airway Pressure
HFO
Comparison of
CMV and HFO pressure wave form
This figure compares CMV and HFO pressure
wave forms at the same mean airway
pressure (MAP). The HFO pressure waves are
sinusoidal and symmetrical with respect to
the MAP axis. Upon entering the trachea
after passing through the endotracheal tube,
the amplitude of sinusoidal wave is
attenuated drastically at the periphery of
the airways near the pulmonary alveoli.
Thus, at a given MAP, HFO can be expected
to cause much less physical damage to
pulmonary alveoli than would be the case
with CMV.
Breathing modes can be changed
by just turning one knob.
Sigh pressure for shorter and safer lung
recruitment.
Sigh pressure is independently adjusted
from the operating MAP and others settings
and is activated by just holding
pressed the "Manual Breath" button.
PCV & PSV Features
Pressure controlled ventilation (PCV) in
IMV, supported by pressure support
ventilation (PSV), for patient's spontaneous
breathing management.
Synchronization to patient's spontaneous
breathing reduces respiratory muscular
stress, not only for assisted ventilation
purpose but also for weaning
support of the patients.
Electrical FiO2 Blender
Inspiratory gas oxygen concentration
controlled by stepping motor and heat
flow sensor, has been newly implemented.
It is adjusted without a use of
exhaust blow, eliminating unnecessary
gas usage.