TensorTip

™ MTX

Matrix

User Manual

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CNOGA Medical Ltd.

TensorTip™

MTX™

User’s Guide

Revised: November 2015

Document #: MTX 1012

COPYRIGHT 2010 CNOGA MEDICAL LTD. ALL RIGHTS RESERVED WORLDWIDE THIS MANUAL IS

PROPRIETARY TO CNOGA Medical LTD. UNAUTHORIZED USE, DISCLOSURE OR REPRODUCTION

IS PROHIBITED

CNOGA Medical LTD RESERVES THE RIGHT TO MAKE CHANGES WITHOUT NOTICE TO THIS

MANUAL AND THE PRODUCTS DESCRIBED HEREIN.

Contact Cnoga Medical Ltd at: E-mail: [email protected]

For the latest User's Guide version, please enter our website ( www.cnoga.com

), support section, downloads subsection.

Europe

Israel

MedNet GmbH

Borkstrasse 10

48163 Muenster • Germany

Ha-Ilan 22 St. North Industrial Park, Or

Akiva, 3065101, P.O.B. 136

Tel: +972 4 6361080 Fax: +972 4 6361321

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Table of Contents

1 Introduction .............................................................. 7

What is the TensorTip ............................................................. 7

Warnings, Cautions and Notes ...............................................

9

Safety Notes .......................................................................... 10

Indications for Use ................................................................. 12

Important Notice .................................................................... 13

Inside the Box ........................................................................ 14

TensorTip Components ........................................................... 16

Device Care ........................................................................... 17

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2 Using the MTX .......................................................... 18

Turning the Device On and Off ............................................... 18

Icons ..................................................................................... 19

Charging and Recharging TensorTip ........................................ 22

First-time Operation ............................................................... 24

Language selection ................................................................. 26

Performing a Measurement ..................................................... 27

Measurement procedure .......................................................... 30

Interpreting your Graphs ......................................................... 38

The Valsalva maneuver ........................................................... 43

Switching Between Display Modes .......................................... 45

Saving Measurement Results in History ................................... 45

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Viewing History ..................................................................... 46

Viewing Last Results .............................................................. 47

Viewing Results over PC ........................................................ 48

Adjusting Display Brightness .................................................. 49

Adjusting Blood Pressure Sensitivity ....................................... 50

Virtual Arm Cuff .................................................................... 51

Setting Date and Time ............................................................ 52

Product Self-Test .................................................................... 54

Viewing Product Information .................................................. 58

Restoring Factory Defaults ...................................................... 59

SW Reset ............................................................................... 60

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3 Accuracy ................................................................... 61

4 Technical Information ........................................ 64

Technical Specifications ..................................................... 64

Device Labels ........................................................................ 66

Troubleshooting ..................................................................... 68

Cleaning the Finger Chamber Lens .......................................... 74

HW Reset……………………………………………………

..

…7

5

5 Menus ................................................................... 77

6

Contact Information ............................................... 78

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1.

Introduction

What is the TensorTip

Congratulations on purchasing our TensorTip medical device. We at

Cnoga Medical put all our efforts into quality and accuracy when designing and manufacturing our devices. Please read this manual thoroughly in order to achieve maximum usage of the device.

TensorTip is a family of non-invasive devices that enable quick and painless measurement of physiological parameters. The MTX

TM

is a member of the TensorTip family calibrated to measure heartbeat, blood pressure and blood oxygen saturation by simply inserting your finger into one compact and simple device.

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The TensorTip-MTX is able to measure and display the following parameters:

Numeric Display

BP (Trending - Systolic and

Diastolic)

, Peripheral Pulse Rate

(PPR)

,

SpO2

CO

spot-check,

2

pressure, partial O

partial

2

pressure,

MAP , pH, BV, Cardiac Output,

Hemoglobin, Hematocrit

Graph display

Peripheral Pulse wave (PPW), BP

Waveform and Variation

Note: The parameters vary according to the regulatory approval and the ordered device as indicated on the device packaging. This user manual describes all the parameters.

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Warnings, Cautions and Notes

Cautions and Notes that used throughout this manual:

Caution

A caution indicates instructions, or cautionary notes which, if not followed, may result in damage to the equipment or to the quality of measurements

Note

Notes contain helpful information and tips

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Safety Notes

 Read this user manual before using your TensorTip.

 Do not use the TensorTip on an injured or maimed finger.

 Do not use the TensorTip on a dirty or wet finger.



The TensorTip should NOT BE used by children under the age of

18.

 Do not use the device as a sole diagnostic indicator.

 Do not look directly into the TensorTip Measurement Chamber.



The device contains no user-serviceable parts. In case of a technical problem, only an authorized technician authorized to repair the device.

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 Do not drop the device. If the device dropped or physically damaged, discontinue use unless certified by CNOGA.

 The TensorTip should not be stored with common household waste products.

 Limit a measurement to up to 10 minutes at a time.

 The device not intended for use in the presence of water or flammable substances.

 The TensorTip device is classified as an Internally Powered device when battery operated and Class II when mains powered. It also classified for continuous operation, with a Type BF Applied Part.

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Indications for Use

The CNOGA Medical's Non-invasive TensorTip MTX is a small, lightweight, portable, device intended for measuring and display of BP trending (Systolic and Diastolic) and SpO2 spot check, Hemoglobin, Peripheral Pulse Rate (PPR),

PCO

2

, PO

2

,MAP, HCT, CO, pH, BV,Peripheral Pulse Wave (PPW), graphs of BP variation and additional Hemodynamic parameters and graphs. Measurement performed on capillary fingertip tissue (other than the thumb). The ring finger of the left hand is the recommended site. The results of each measurement are stored in the system memory. The device intended for use in the home environment and as an additional support in clinics.

It intended for use by any person aged above 18 years old

.

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Important Notice

Caution

To avoid damaging the device, do not ever attempt to push your finger in or pull your finger out of the Finger

Chamber with the lid closed.

Always open the lid to insert or extract your finger

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Note

The unit is not used in oxygen rich environment

Caution

Do not operate the unit in the presence of electromagnetic interference. Interference may be caused by electrosurgery, diathermy, magnetic resonance imaging or other equipment. Portable and mobile RF communications equipment may affect operation of this device. In case of interference, move device to a location away from the source of interference.

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Inside the Box

TensorTip is supplied with the following components:

 MTX

TM

device

 Battery charger – Input 100v~-240v~, 50Hz – 60Hz. DC Output 5v

/ 1300mA

 Stand/Finger Chamber cover

 Protective pouch

 Finger Chamber internal closure

 User Manual

 Plastic cover

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TensorTip Components

Finger Chamber Lid Opener

Option

Buttons

Display

Charging socket

The Option Buttons change functionality depending on the status of the device as displayed on the screen. An icon on the screen indicates the function of each button. Push the adjacent option button to select the desired function.

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Device Care

The TensorTip contains sensitive electrical and electronic components and therefore:

 Take care not to drop or damage the device.



When not in use store your TensorTip inside its pouch in a dry protected environment.

 Do not leave in direct sunlight or inside a car.

 Do not expose the TensorTip to water or heat.

 Do not leave the plastic cover inside the chamber after self-test performed.

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2.

Using the MTX

Turning the Device On and Off

TensorTip turns on automatically when you initiate a measurement by closing the lid with your finger inserted, and turns off automatically 30 seconds after the last time any button pressed. During a reading, the device will not turn off. You can also manually turn the device on by holding the On/Off button ( ) for 3 seconds.

Time and battery status displayed by holding the On/Off button for one second.

Note

TensorTip will not automatically turn off during measurement, even if no button was pressed for 30 seconds.

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Icons

The MTX

TM

contains four buttons. These buttons change functionality depending on the status of the device and is displayed on the screen by an icon that indicates the function of each button.

The following icons are content dependent and displayed according to the status of the device:

Back History Heart rate Oxygen saturation

Blood

Pressure

Capillary pH

CO

2

Partial

Pressure

Cardiac

Output

O

2

Partial

Pressure

Blood

Viscosity

Mean

Arterial

Pressure

Hematocrit

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Hemoglobin

Brightness

Scroll Up

Scroll Down

Inadequate

Signal

Switch

Page

Battery

Status

Accept

Increase

Switch display mode

Stop

Next

Reject

Decrease

Switch graphs display mode

Retry

Save

Results

Progress indicator

USB

Connection

Measured tissue is cold

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Measured tissue is hot

Low battery indicator

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Charging and Recharging TensorTip

When the battery symbol indicates , the rechargeable battery has exhausted its power and you must recharge your TensorTip.

To recharge the TensorTip, plug the connector of the USB cable into

your TensorTip (Figure 1). Leave the TensorTip plugged in until the

battery icon indicates that it is full and the “Battery charging complete” message appears on the screen. In case of recharging the battery from a PC use only Cnoga Isolated USB cable.

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Figure 1: USB Port

Note

If the display is blank and the button does not turn the device on, the battery discharged and recharging is necessary. Once the battery is charged, press the button to turn the device on

.

Caution

Even if the device is not in use, the battery must be charged every three months. Not charging the battery at least once every three month may result in damage to the battery.

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Note

The user cannot remove the battery.

Caution

DO NOT dispose of batteries in fire as this can cause them to explode

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First-time Operation

Before first use, fully charge the battery. The first time TensorTip is activated, the date and time must be set and the devices self-test must be run. If the self-test has not completed successfully or if the date and time are not set, TensorTip will not allow normal operation.

For instructions regarding running the devices self-test, see page 54.

For instructions regarding setting the date and time, see "setting Date and Time", page 52.

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Language selection

The TensorTip is a multilingual device whereas the user can select the desired language of operation. In order to change operating language, choose Language from the Main Menu, Options, User Settings menu.

Press the and buttons to select desired language.

Language Selection

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Performing a Measurement

Performing a measurement is simple: while in a sitting position, open the

Finger Chamber Lid, insert your finger (see picture 3 in section measurement procedure), close the lid, and turn the screen towards you. The results will appear automatically. In order to start a new measurement follow the instructions set in paragraph 6 in the measurement procedure section and start from beginning.

Tips for performing a successful measurement

Keep in mind the following points while performing the measurement. It is explains in further detail in the Measurement procedure section.



Do not perform measurement when your finger is cold.

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 Do not perform measurement after physical exercise. Make sure your heartbeat is close to normal before performing a measurement.

 Relax while performing a measurement.

 You should be in a sitting position with your elbow resting on a firm surface.

 Your wrist should be relaxed and the arm extended.

 The device should hang on the finger downwards below the heart level

and slightly above the supporting surface. See Figure 2.

 Make sure that your fingernail clipped.

 If your fingertip is not intact, damaged or bandaged, use another finger

(either your ring or index finger).



Make sure the fingertip is clean and naturally moisturized.

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 Make sure that the lid of the Finger Chamber closed properly and that your finger is firmly in place.

 Check that a pulse waveform displayed. If not, try cleaning and reinserting your finger.

Figure 2: Measuring

Position

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Measurement procedure

1. Before performing a measurement, make sure your fingernail clipped and then clean your fingertip using the finger wipe provided with your TensorTip. Dry your finger. Performing a measurement on a dirty or greasy fingertip may affect the results.

2. Open the lid of the Finger Chamber by pushing the button. Do not attempt to

push your finger into the chamber

without opening the lid.

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3. While holding the TensorTip with your right hand, insert the index, middle or ring finger

(depending on which fits best) of your left hand with the bottom side of your finger in contact with the Chamber floor and touching the front of the Chamber. The fingertip should not be pushing the front of the chamber and should completely cover

the Chamber Lens (Figure 9).

√

4. Close the lid of the Finger Chamber.

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5. Turn your hand so that TensorTip is facing you. The device should be held slightly above the supporting surface at a position lower than your heart. Do not move or change position during the measurement.

6. TensorTip will automatically turn on and results will be shown within seconds. Open the lid and withdraw your finger to end the measurement. The device will then automatically turn off after 30 seconds if no buttons are pressed. The measurement can be stopped at any time by pressing the button.

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To abort the measurement and return to the Main Menu, press the button.

7. To switch between the parameters pages, press .

To switch between the graphical

displays modes, press .

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8. Remove and reinsert your finger to perform a new measurement.

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Caution

Do not try to force your finger into or out of the Finger Chamber as this will damage the seal and may affect the function of the device.

Make sure the device attached to your finger properly. If your finger is too small and does not fill the Finger Chamber, the device might fail to operate correctly.

Make sure the finger chamber lid closed properly. Do not force the lid on the finger if the finger is too large to fit in the chamber.

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 Important: Low blood perfusion in the fingertip may generate a weak signal, usually accompanied by the question mark as shown in the graph on the left picture (a), while picture (b) on the right represents a stable signal. The phenomena of low perfusion may occur when the fingertip is too cold. It suggested warming the fingertip in order to stimulate the blood circulation.

Picture (a) Picture (b)

 Note: low blood pressure or low Spo2 might be a result of low perfusion in the fingertip.

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 Warming the fingertip in order to stimulate the blood circulation can be achieved by casting your hand towards the ground, in this way larger amount of blood will flow to the fingers. In addition, you can rub your hands together.

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Interpreting your Graphs

Please note that the below graphs are for indication and description purposes only. The outline and scales of the graph will be as shown in below graphs.

 The following graphs represent the average value of the changes in the blood pressure over time. Picture 1 is to clarify the explanations.

 The blood pressure waveform is normalized between zero to

Max_Systolic_Amplitude. Therefore, blood pressure sloop decreases to zero

(scale value). Min Diastolic Amplitude scaled during each cycle to zero.

 Min_Diastolic_Amplitude > 0 (real value) since the blood volume in the blood vessels must be greater than zero otherwise the blood vessels would collapse. This basic volume of blood in the blood vessels generates the temporal average diastolic pressure.

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 The systolic amplitude decreases from Max_Systolic_Amplitude until reaching a point on the graph slope denoted by Min_Systolic_Amplitude. This point also represents the Max_Diastolic_amplitude. From that point the amplitude continues to decrease until reaching Min_Diastolic_Amplitude. This point is normalized to zero so the whole graph is scaled between zero to

Max_Systolic_Amplitude.

Picture (c)

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 Low perfusion of the blood in fingertip may have a disorder or low resolution waveform as in the following graphs (pictures (d), (e) and (f)) bellow. It is suggested to warm the fingertip by rubbing the fingertip.

Picture (d) Picture (e) Picture (f)

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 In cases of relatively high systolic blood pressure and relatively high diastolic blood pressure, the graph may be seen as in the following picture (g).

Relatively high systolic amplitude

Relatively high diastolic amplitude

Picture (g)

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 The following blood pressure waveform graphs (pictures (h) and (i)) may indicate that the stroke volume (or Cardiac Output) is relatively below normal.

Furthermore, picture (h) indicates that the diastolic pressure is relatively low while picture (i) indicates that the diastolic pressure is relatively normal. For more information, we suggest consulting your health physician.

Picture (h) Picture (i)

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The Valsalva maneuver

The Valsalva maneuver performed by moderately forceful attempted exhalation against a closed airway, usually done by closing the mouth, pinching the nose shut while pressing out as if blowing up a balloon.

The normal physiological response consists of four phases.

1. Initial blood pressure rise with peripheral pulse descends.

On application of expiratory force, pressure rises inside the chest forcing blood out of the pulmonary circulation into the left atrium. This causes a mild rise in stroke volume.

2. Reduced venous return and compensation by pulse rate rise.

Return of systemic blood to the heart is impeded by the pressure inside the chest. The output of the heart reduced and stroke volume falls. This occurs from 5 to about 14 seconds in the illustration. The fall in stroke volume reflexively causes blood vessels to constrict with some rise in pressure (15 to

20 seconds). During this time, the pulse rate increases (compensatory tachycardia).

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3. Pressure release

The pressure on the chest released, allowing the pulmonary vessels and the aorta to re-expand. Venous blood can once more enter the chest and the heart, cardiac output begins to increase.

4. Return of cardiac output

Blood return to the heart is enhanced by the effect of entry of blood, which had been dammed back, causing a rapid increase in cardiac output (24 seconds on). The stroke volume usually rises above normal before returning to a normal level. With return of blood pressure, the pulse rate returns towards normal.

Deviation from this response pattern signifies either abnormal heart function or abnormal autonomic nervous control of the heart.

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Switching Between Display Modes

During measurement, as well as after the measurement has stopped, you can switch between the graphical display modes and between parameters pages. TensorTip can display graphs of either the FingerTip

ECG Waveform, the Blood Pressure Waveform (BPW), the Peripheral

Pulse Waveform (PPW) or the Blood Pressure Measurement Variation

(BP - Variation).

To switch between the displays modes, press .

Saving Measurement Results in History

TensorTip can keep the results of up to 100 measurements, saved in chronological order. To save the results of a measurement once it has been stopped, press .

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Viewing History

Viewing the measurement result history can be initiated either when a measurement has been stopped by pressing , or by selecting History on the Main Menu. Once the Result History screen is displayed, press and to scroll up and down, and to switch between the parameters being displayed in the result list.

Figure 3: Result History

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Viewing Last Results

On the Main Menu, choose Last Results. The previous last result will be displayed.

Figure 4: The Last Results

Screen

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Viewing Results over PC

The user may connect the TensorTip to a PC using Cnoga isolated USB cable.

Special driver from Cnoga is required to view and save results on a PC.

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Adjusting Display Brightness

Choose Display Brightness from the Main Menu, Options, User

Settings. Press the and buttons to adjust.

Figure 5: Brightness Screen

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Adjusting Blood Pressure Sensitivity

Choose BP Sensitivity from the Main Menu, Options, User Settings.

Press the and buttons to adjust.

 Low sensitivity - continuously displayed results represent up to 30 seconds reading average.

 Normal sensitivity - continuously displayed results represent conditional change- automatic measurement.

 High sensitivity - continuously displayed results represent sufficiently close to bit to bit changes.

 Spot – the measurement is stopped when readings stabilize and a final result is displayed

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Virtual Arm Cuff

You can adjust the blood perfusion by choosing TensorTip Perfusion from the

Main Menu, Options, User Settings.

Press the and buttons to adjust.



Big - the results will be adjusted to big arm cuff.

 Normal - the results will be adjusted automatically by the device.



Small

- the results will be adjusted to small arm cuff.

Figure 6: Virtual Arm Cuff

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Setting Date and Time

Access Set Date and Time from Main Menu, Options, User Settings

Select This Appears To Adjust

Date

Use the and buttons to adjust each parameter.

Use the button to move between parameters.

When finished, press . To discard changes and go back to the options menu, press

.

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Time

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Use the and buttons to adjust each parameter.

Use the button to move between parameters. When finished, press . To discard changes and go back to the options menu, press

.

Product Self-Test

TensorTip includes a self-test procedure to ensure that measurements provide accurate results. The self-test requires minimal user intervention, as described below. It is initiated in the following conditions:

 During the first-time operation of TensorTip.



Periodically requested by the device

 By user request, from the Options menu.

Access Self-Test via Main Menu, Options, Factory Settings, Self-Test

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Note

The device will not allow measurement and any other operation until the self-test is successfully completed. Make sure you follow the TensorTip maintenance instructions to avoid self-test failures.

1. Extract your finger from the chamber.

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2. Insert the arc black plastic into the chamber when the small pin of the arc goes into the small hole in the chamber center.

3. Close the lid.

4. Close the chamber entrance by the "finger chamber cover".

5. Press the button near the icon.

6. The screen will turn red, green and blue accompanied by tones (in some models).

7. The progress indicator appears

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8. A successful self-test or failure message appears. If the self-test failed

see Troubleshooting, page 68

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Viewing Product Information

From the Main Menu in Options choose Product Info. The model and serial numbers are displayed.

Figure 6: The Product Information Screen

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Restoring Factory Defaults

Choose Restore defaults from the Main Menu, Options, Factory

Settings. All user settings will be restored to factory default values.

Measurement results history, Last measurement results and Clock setting will be cleared.

Figure 7: Restore Defaults Screen

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SW Reset

Choose Reset product from the Main Menu, Options. The device will be reset.

Figure 8: Reset Product Screen

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3.

Accuracy

The Non Invasive TensorTip MTX is the first in the world that is capable of measuring Hemodynamic blood pressure without the use of air pumping. While performing the measurement you should be relaxed and avoid any movement. If the measurement fails, you may try inserting a different finger that best fits the chamber without excessive pressure on the fingertip.

The MTX has been assessed in correlation with automatic and manual

Sphygmomanometers and handheld oximeters in a study conducted on ambulatory volunteers. The precision of the MTX was compared between the closest value in the temporarily blood pressure interval and the reference measurement. The MTX standard deviation is relative to the standard deviation of the reference device:

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Marker Ranges

Blood Pressure Systolic Device Range: 90-240

(mmHg)

Tested Range: 90-

180(mmHg)

%MSER

(Mean Square

Error)

< 10%

Blood Pressure Diastolic Device Range: 30-130

(mmHg)

Tested Range: 46-97(mmHg)

< 10%

Oxygen Saturation

PPR

Device Range: 25 -100

(%)

Tested Range: 70-100

(%)

Device Range: 30-200

Tested Range: 52-119

< 5%

0.5 digits

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Data Display

Refreshment

Every second

Every second

Every second

Hemoglobin pO

2 pCO

2

Cardiac Output

MAP

HcT pH

Blood Viscosity

Device Range: 5 - 25 (Hb)

Tested Range: 8 – 18 (Hb)

Device Range: 10-300

(mmHg)

Tested Range: 41-249

(mmHg)

Device Range: 20-150

(mmHg)

Tested Range: 30-57

(mmHg)

Device Range: 2-9 (L/min)

Tested Range: 3.1-7 (L/min)

Device Range: 40-185

Tested Range: 48-108

Device Range: 15-50 (%)

Tested Range: 23-39 (%)

Device Range: 6.5-7.8

Tested Range: 7.22-7.57

Device Range: 0-100 (%)

60-80 (%) normal

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< 10%

< 10%

< 10%

< 27%

3.8%

0.03 pH units

-

Every second

Every second

Every second

Every second

6.67mmHg Every second

Every second

Every second

-

4 Technical Information

Technical Specifications

Operating humidity

Device Operating temperature

LED Wavelength

Luminous Power Emission

625nm

Other wavelengths

10-80%

6 o

C – 45 o

C

600 nm < Wavelengths < 1100 nm

Up to 10000mcd (Millicandelas)

Up to 35mW/SR (Milliwatts per Steradian)

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Altitude

Dimensions

Weight

Battery

Power supply

USB Cable

Disposal

2000m

43.2mm x 47.65mm x 74mm (H x W x L).

99.9gr

740mAh 3.7V Li-Polymer

FW733SM/05 class 2

Input 110-230AC, Output 1.3A , 5VDC

Micro USB

Contact local authorities for the location of a waste collection center near you.

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Device Labels

The following symbols used throughout the TensorTip device labeling:

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Note

At the end of its useful life, the product should be disposed of in accordance with local regulations covering disposal of electronic products.

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Troubleshooting

If you experience trouble with your device, check the following table. If the problem persists, have the device checked by an authorized technician only.

Problem Possible Cause Solution

Device will not turn on

Battery is discharged Recharge the battery

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Problem Possible Cause Solution

Finger Chamber Lens is dirty

Clean the Finger

Chamber Lens. (See

Cleaning the Finger

Chamber Lens page 74)

"Measurement failed" message appears during measurement

Fingertip is not properly inserted

Fingertip is dirty oily or wet

Reinsert your finger as shown on page 30

Clean and dry your finger

Fingernail is too long

Clip fingernail prior to use

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Problem Possible Cause Solution

Finger is injured or not intact

Use a different finger

Finger is too big or too thin or too small

Device moves during measurement

Do not move during measurement

Device is not positioned properly

Position the device

according to Figure 2

Fingertip temperature is too low

Warm your measured finger prior to use

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Problem

"Critical failure nnn" (nnn stands for the error id)

Possible Cause

One or more of the product's hardware components have failed, and the device is not usable.

Solution

Contact our service department

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Problem

"Self-test error

#Tnnn" during self-test

Possible Cause Solution

T001: The Finger

Chamber was not sealed for light

Make sure that the chamber is closed properly with the cover and run self-test again.

If the error persists, contact our service department.

T002-T020: optical unit failure

T002-T010: optical unit failure

Make sure the Finger

Chamber Lens is clean

(See Cleaning the Finger

Chamber Lens page 74)

and run self-test again.

If the error persists, contact our service department

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Problem

Inadequate

Signal

Possible Cause Solution

Finger is not inserted properly or is not suitable.

Low perfusion of blood

Use appropriate finger.

Try ring or index finger.

Finger is too cold. Warm your finger.

If your finger is warm and the sing please visit your physician.

is continues being showed,

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Cleaning the Finger Chamber Lens

If the Finger Chamber Lens becomes dirty, it may not provide accurate results. Occasionally gently clean the chamber lens with a cotton swab moistened in alcohol (70%).

Figure 9: Finger Chamber Lens Location

Caution

Do not clean the

Finger Chamber Lens

with damp or abrasive cleaners or solvents

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Hardware Reset

Insert gently a pin into the hole on the

chamber base to reset the hardware.

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5 Menus

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6.Contact Information

Cnoga Medical LTD.

Ha-Ilan 22 St. North Industrial

Park, Or Akiva, 3065101,

P.O.B. 136.

Tel: +972 4 6361080

Fax: +972 4 6361321 www.cnoga.com

E mail: [email protected]

Europe

MedNet GmbH

Borkstrasse 10

48163 Muenster • Germany

T

NS-MTX-UM-02-00-01-0000, 23/11/2015, ver 12

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