system m insevice overview 11.8.11

8/2/2019 System M Insevice Overview 11.8.11

1/26


2/26

The System M Monitors Critical Care ParametersNeeded to Make CriticalClinical Decisions During

ECMO and Perfusion Cases.

The system continuously measures:

SvO2 SaO2

Hematocrit/Hemoglobin Arterial flowVenous flow Cardiac IndexVenous differential Micro-emboliPO2 PCO2

Temperature

This is All Done in Real-time Using Non-invasiveTechnology.


3/26

Key Features:

Non-invasive.

Can be used on any tubing.

Real-time, not a trending device.

Accurate with no calibration needed.

Portable with one minute set-up and

quick release mounting system.

No disposable costs.


4/26

No Disposables:

Quick Set-up With Easy to Clip On Non-Invasive

Sensors

Flexibility in Placement of the Sensors On theTubing

No Flow Disturbances

Decreased Risk of Infections and Clotting

Minimal to No Calibration Needed


5/26

Quick

ConnectClamp

Memory Card

Flow Connector

Power &Communication

PortsFlow Connector

Monitor Overview


6/26

Non-Invasive Clip-on Technology


7/26

M4 System Sensors:

Gas block:- FiO2 & FiCO2- Gas Flow & T

CO2 probeVenous

O2Saturation

Sensor

Hematocrit/HemoglobinAnd Arterial

O2 Saturation Sensor

Flow Sensor andBubble Detector


8/26

The Parameters Measured By the

System M are Considered CriticalCare Parameters.

Therefore it is critical that changesin these parameters be identified

and acted on quickly. The ability tomeasure these parameters in real-

time is therefore an obviousbenefit.


9/26

M4 System PerformanceSpecifications


10/26


11/26

Saturation/Hct sensorcable should beconnected to the Left sideof the monitor.

The sensor cable will split

into a venous sensor andan arterial sensor.

Saturation / Hct sensor


12/26

Attach the requiredsize of pipe-clip onthe tubing.

Ensure the retentionclips are fullyengaged.

Insert the sensorbetween theretention hooks

until the sensor issecure.

To remove thesensor, hold thetubing as shown andsqueeze the

retention hooks untilthe sensor can bepulled free or thepipe-clip can beremoved for re-use.


13/26

Ensure that both thetubing and sensor

assembly are free ofwriting, dust, and any

form of contamination.

Open the lid and slidethe tubing into the

sensor.

Warning:Only use Isopropyl Alcohol solution to clean the HCT/S02 sensor.Do not use water based or petroleum based lubricants. Sensor calibration is

determined by tubing dimensions. Using on tubing other than the specified sizegenerally yields inaccurate measurements and may cause erratic zero baseline drift.


14/26

Ensure the sensor isfree of dirt and

contamination.

Ensure the sensoris connected

In the direction of

the flow.

As with the saturation sensor the size of the flow sensor mustmatch the tubing size on which it is placed. When flow is at zerothe system can be zeroed out for more accuracy.


15/26


16/26

The Gas MeasurementModule is positionedbetween the Gas blender andthe Oxygenator. This sensormonitors the gas deliveredto the oxygenator.

Ensure an anti-bacterial filteris positioned between theGas Measurement Moduleand the oxygenator.

Gas inlet

Gas outlet


17/26

Ensure the gas module is

mounted in a horizontal attitude. Mount the gas measurement

module via its pole clamp in theorientation shown below.

Connect the gas measurement

module electrically to the M3monitor by inserting the leadfrom the M3 monitor into the

connector indicated.

MonitorConnector


18/26

Connect the exit CO2sensor to the Gas out-flowsite of the oxygenator.

Keep the sensor as upright

as possible (as shown inpicture) to stop watercondensation from enteringthe sensor.

Connect to OxyGas outlet Port.


19/26

Connect the exit CO2

sensor electrically to thegas measurement moduleby inserting the connectorinto the socket indicated.

Do not block or restrict theexit port.

Exit CO2Connector


20/26

System M Monitors Upper Display Overview

GraphedParameters

Mute Button

DisplayedParameters


21/26

Display of Size of SensorsAttached to the System.

Graph ControlsStop/RecordButton

Battery andPower Display

Graph TimeScale Display

SD Card Information

Parameter and AlarmSet-up Button

Patient Details Set-upButton

System Ms Lower Display Overview


22/26

Key Points When Using System M

Review User and Service Manual

The SD card does not need to be in the system when doinga case but it can be used to record the case and then

downloaded to a spreadsheet at a later date.

When Connecting the Sensors and the Power Cable to theMonitor Always Line the Dot on the Connector to the Dot onthe Monitor.


23/26


Clean Tubing and Hematocrit probe with alcohol anddo not place sensor over writing. Do not put gel orVaseline on the Saturation and Hematocrit sensors.

Use the zero out button on the set-up for accuracywhen using the flow sensor. This should be done whenflow is basically zero. Vaseline (not water based gel)may be used on the flow sensorfor coupling.


24/26


No Calibration is needed but you may want toSynchronize to the tubing or blood gas.

Sensor size should be checked to make sure it is theappropriate size for the tubing. The size of the sensorthat is currently connected to the system will bedisplayed at the bottom of the screen.

The Record button will start and stop the readingsduring a case.


25/26

The HCT/Saturation cable is fiber optic and must at alltimes be handled with care. Do not exceed the minimumbend radius of 50 mm.

Battery power lasts approximately 30 minutes.Keep the monitor plugged in when not in use inorder to prevent draining the battery.

Three exclamation marks over a reading alert the userto the fact that the system is not getting an accuratereading for various reasons. A code will be displayedunder the exclamation marks. A list of codes can befound in the user manual with explanations of

possible errors.



26/26

Thank you!

system m insevice overview 11.8.11

Documents