1. Washing your hands: Before using the device, wash hands thoroughly with warm water to prevent contamination and infections. Dry hands completely with the use of a clean towel. 2. Disinfection of hands: Apply 70% alcohol hand sanitizer and wait for alcohol to air dry. 3. Disinfecting the device before measuring: I. Open the lid of the fingertip compartment. II. Clean the finger compartment well with a 70% Isopropyl alcohol wipe (make sure the pad is moist, not soaked, to prevent the alcohol from permeating the device). Do not to touch the gel component with alcohol, only the plastic part. III. Wait for the alcohol to air dry. iv. Close the finger compartment. 4. After the measurement: Wipe with 70% Isopropyl alcohol moist wipes (pads) the entire device (inside and out) to prevent infections. Do not to touch the gel component with alcohol, only the plastic part.

Four LED lights shine wavelengths from visual light to infrared light through the fingertip As the light wave pass through the fingertip, some of it is absorbed and the light signal is changed Next, a camera sensor detects the changed light signal in real time Using patented algorithms and a vast amount of data the device analyzes the correlation between the signal and the bio parameters

Continuous, Non-invasive and Cuff-free Blood Pressure Non-invasive Hemoglobin, Hematocrit, and RBC Non-invasive Blood Gases (Ph, PCO2, PO2, O2&CO2 Content) Non invasive Cardiac Output , Stroke Volume, MAP Bluetooth – Cloud Connectivity

TensorTip is supplied with the following components: Battery charger Input: 100v~-240v~, 50Hz – 60Hz DC Output: 5v / 1300mA Stand/Finger Chamber cover Protective pouch Self-Test Arc User Manual

Inside the finger chamber there is a lens, to get correct and accurate results you need to make sure that the lens is clean.

No additional equipment is needed. No disposables and consumables are needed. Everything is supplied with the device.

The device depends on the blood flow in the finger. When the finger is warm the blood flow through it increases, thus improving the measurement.

The results will appear on the screen after a few seconds, but it is recommended to wait for at least 45 seconds until the device stabilizes.

To save the results of a measurement on the device, when the measurement is stopped, press the button next to the floppy disk sign The device can keep up to 500 measurements. To find previously saved measurements, open the main menu by a long press of the bottom button and select ‘History’. The saved measurements are listed by date and time. You can change the presented parameter by pushing the topmost button.

How to charge the device? Battery charger – Input 100v~-240v~, 50Hz – 60Hz. DC Output 5v / 1300mA, Micro USB. Is the battery removable? The battery is not removable. The battery is not user-replaceable and can be replaced only by CNOGA’s authorized technician When do I need to charge the device? For daily usage it is recommended to charge the device every day.

The device has been tested on and is suitable for adults of 18 years old and up. People with poor blood circulation in their fingers or with fingertip skin not intact, the device might show incorrect results.

Unlike traditional invasive Hb devices (Hemocue, EKF etc.) that require a blood sample, the MTX/VSM uses four LED lights to shine wavelengths from visual light through the fingertip. As the light waves pass through the fingertip some of it is absorbed and the light signal is changed. A camera sensor detects the light signal in real time. Using patented algorithms and a vast amount of data, the device analyzes the correlation between the signal and bio-parameters.

Options – > Product Info – > Firmware version. Open Cnoga Firmware Upgrader (CFU) on your PC. Connect the device to your home PC. If there is a newer version, you will get a notice to upgrade the device. If not, you have the most up-to-date version.

Tailored specially for blood banks Eliminate risks of blood contamination No consumables Save space, money and time No more biohazard waste Accurate results in 60 seconds Store results in dedicated App/Cloud CE approved

​​​​​​ Age Limitation: 18 years and older Simple operation, History management Connectivity: USB, interface with PC, smart-phone and web Display: LCD 2.2″ LED Wavelength: 600 nm < Wavelengths < 1100 nm Device Operating Temperature: 5°C – 40°C Power Supply: FW7333SM/05 Input: 100V to 240V; 50-60Hz Output: 5VDC, 1300m Power Supply: FW8002MUSB/05 Input:100V to 240V; 50-60Hz Output: 5VDC, 1400mA Dimensions: 43.2mm x 47.65mm x 74mm (H x W x L) Weight: 99.9gr

Battery charger Input: ~100v-~240v, 50Hz – 60Hz DC Output: 5v / 1300mA MTX HS™ device Stand/Finger Chamber cover Protective pouch Self-Test Arc User Manual

Bio-Parameter Measured: Heart Rate Oxygen Saturation Blood Pressure Hemoglobin Hematocrit Red Blood Cells The MTX HS is the ideal device for Blood banks Anemia testing by simply placing a finger, without the need to draw blood. It’s a new, accurate and easy to use method that will make the blood donation process more efficient. With the use of the dedicated “Singular” App and eHealth management cloud system, the donors’ data can be safely managed, analyzed and shared with the donors. The device is CE, ANVISA, NMPA approved.

Four LED lights shine wavelengths from visual light to infrared light through the fingertip. As the light wave pass through the fingertip, some of it is absorbed and the light signal is changed. Next, a camera sensor detects the changed light signal in real time. Using patented algorithms and a vast amount of data, MTX HS analyzes the correlation between the signal and bio parameters

Non-invasive Hybrid Glucometer provides you a better tool to manage your diabetes Cnoga Medical TensorTip Combo Glucometer (CoG) is a personalized hybrid non-invasive and invasive glucometer that allows you to monitor your glucose levels frequently without constant pricking. Frequent glucose measurement can help you improve your lifestyle management for better glucose level control. Better diabetes management will not only lower your HbA1C but more importantly prevent future disease complications Hybrid – Two devices in One During the initial calibration period, you need to measure your glucose levels invasively and non-invasively simultaneously usually for 3 days After the initial calibration, the invasive component is calibrating the non-invasive component in order to adjust to your daily changing glucose patterns and your lifestyle The CoG provides instant glucose and HbA1C tests as frequently as you want HbA1C test reflects your blood sugar control over the past 3 months. Testing your HbA1C level is the common way for you and your doctor to understand how well your blood sugar levels are controlled Frequent glucose monitoring improves awareness of your glucose patterns and thus assists you in complying with the diet that is right for you, persist with physical activity, adjusting medicine and more, all to better control your glucose levels

Weight: 112.9gr Dimensions : 42.8mm x 48mm x 82mm (H x W x L) Suitable for adult diabetics (age › 18) A memory of 2000 measurements Device Range: Invasive module capability tested: 20-600 mg/dl (1.1-33.3 mmol/L) Non-invasive module tested: 30-600 mg/dL (1.6-33.3 mmol/L) All supplies required for the calibration are included with the CoG

√ CoG device √ Glucose test strips kit: 5 lancet bag (25 lancets per pack) 10 glucose test strips vials Lancing device √ Calibration ARC √ Finger chamber cover √ USB

The CoG device is optimal for people who are not insulin depended, who wish to have better control of their glucose pattern via appropriate food, i.e. what sort of ingredients or food combination may cause rapid glucose increase in the blood or result in a higher glucose level, and/or to improve physical activity, e.g. what is the best time to have a nice walk in the neighborhood and for how long. Frequent measuring assists having a better understanding of your personal glucose pattern and to reduce the HbA1C level (the average glucose in the blood). Device Accuracy: 75% of the results are within 20% accuracy with total MARD (Mean Absolute Relative Difference) that vary between 14%-17%. Please review Q&A for additional information. The CoG is the only accurate non-invasive glucometer existing in the market.

Four light-emitting diodes (LEDs) within the finger compartment emit a discrete wavelength from ~ 600 ~ 1000 nm through the fingertip. As the light wave passes through the tissue and blood capillaries, the light is partially absorbed and consequently, the light signal is changed. The traversed light is then projected onto a color image sensor (camera). The unique high-resolution camera photographs in real time the light that traverses the fingertip tissue. The color images are stored in a digital memory for analysis by a dedicated algorithm Step 1 Calibration process – During the initial calibration period, you need to measure your glucose levels invasively and non-invasively simultaneously usually for 3 days. Step 2 Insert your finger and get your glucose level Step 3 Improve your health by better managing your glucose levels

The CoG device is composed of two module units: an Add-On module for the quantitative measurement of capillary whole blood samples using test strips similar to any ordinary glucometer and a component for the Non – invasive glucose measurement. The Non – invasive module “learns” the user’s unique glucose pattern by a process called calibration. Calibration is achieved by a combination of invasive reading with test strips and non-invasive reading. The calibration measurements should be performed at different times of the day such as: Upon waking Before breakfast 1-2 hours after breakfast Before lunch 1-2 hours after lunch Before dinner 1-2 hours after dinner Before going to sleep

The device will provide non-invasive results. The device performance can be continuously improved by adding invasive measurements. The device will ask for invasive measurements on the following cases: The non-invasive measurement result is out of the calibration range. When the image acquired is unclear (low blood flow to the finger, dirty finger, dirty lens, etc). When the non-invasive result does not fit with the user’s usual glucose pattern. Nonetheless, at any time the user can initiate an invasive measurement.

Insert the finger into the finger chamber – reading will be shown on the screen associated with a blue graph and blinking yellow hand. The reading is completed once the graph is changing into a green graph. At this point, remove finger from the finger chamber. In case the device can’t generate a final non-invasive result the user would be asked to insert a strip. If the invasive and non-invasive results are sufficiently close the outcome will be registered in history without concluding post calibration. If the results of the non-invasive and invasive measurements do not agree, the invasive reading will be, by default, the only one that will be presented.

The device is designed for the purpose of enhancing frequent assessment of blood glucose. Therefore, it is recommended to take measurements as frequently as possible throughout each day. Frequent measurements may assist in improving the management of glucose levels, which are influenced by exercise, food, mood, etc.

No, the device has an add-on component that acts as an invasive glucometer, allowing you to use the CoG as a non-invasive and invasive glucometer.

We recommend measuring 8 times a day, nonetheless, one may adopt the schedule that suits his/her lifestyle.

In clinics accuracy Over 3500 non-invasive measurements were compared against the golden standard reference device (YSI) MARD of 14-17% 75% of the total non-invasive measurements are within 20% ARD (Absolute Relative Difference) Usability study at home Over 18,610 non-invasive readings at home during 12 weeks use test HbA1C HbA1C indicates an approximation of three months’ average percentage of connected glucose to Hemoglobin. It is recommended to reduce these values towards normal level. Nonetheless, it is not guaranteed that normal values indicate a normal situation. As one may be at hyperglycemia and hypoglycemia with normal HbA1C. Therefore, it is important for each one to have a better understanding of his personal glucose pattern. Mean Absolute Relative Diff (MARD) Mean Positive Relative Difference (MPRD) Mean Negative Relative Difference (MNRD) 9.67% 2.18% -7.49%

The number of invasive measurements may vary between users according to their diabetic severity. Adding invasive measurements will assist the device to learn more about physiological changes, therefore, carrying the complementary equipment is not necessary but might be essential.

An invasive measurement should be performed prior to taking any medication.

The term HbA1C refers to glycated hemoglobin. It develops when hemoglobin, a protein within red blood cells that carries oxygen throughout your body, joins with glucose in the blood, becoming ‘glycated’. By measuring glycated hemoglobin (HbA1C), clinicians are able to get an overall picture of what our average blood sugar levels have been over a period of weeks/months. For people with diabetes, this is important as the higher the HbA1c, the greater the risk of developing diabetes-related complications. HbA1C is also referred to as hemoglobin A1c or simply A1c.

B.Sc. students in the following fields: Computer Science, Electrical Engineering, Information Systems. 80+ GPA At least two years until graduation. Minimum of 3 days per week availability. Location: Caesarea If applicable, please send your CV to HR@cnoga.com

Minimum 2 years of experience in SW QA or Automation testing Minimum 2 years of experience in SW QA or Automation testing Experience with testing Android/iOS/ Client/Server Applications and PC Applications Experience with script writing – advantage Strong analytical and problem-solving skills Solid knowledge of QA processes and test methodologies , writing and performing Verification, STP ,STD, and STR (V&V) from requirement docs Able to plan, develop, and maintain test cases Self-learner and self-managed Highly motivated Great communication skills Fluent EnglishComputer science engineer Location - Caesarea If applicable, please send your CV to HR@cnoga.com

דרושים מפתחי /ת דוט נט לצוות מובחר עניין, גיוון, סביבת עבודה גלובאלית, חשיפה לטכנולוגיות מתקדמות, עבודה עם מפתחים מרחבי העולם0 אזור- קיסריה-דרישות: תואר ראשון במדעי המחשב/הנדסת תוכנה – חובה בין 3-4 שנות ניסיון בתחום – חובה חשיבה יצירתית וראש פתוח מתאים למפתחים /ות שמחפשים /ות לעבוד באווירה מעניינת ודינאמית ידע וניסיון ו ב- Multi-Threading, WCF, WPF, SQL, NoSQL, EF ,DOT NET CORE Design patterns: MVVM, MVC, etc.MOBILE APP,WEB System debugging ניסיון בארכיטקטורה משני הצדדים: יתרון לבעלי ידע ב- JAVA server side ניסיון בעיצוב ופיתוח (design and development) ראש גדול, למידה עצמאית, עבודת צוות מיועד לבעלי תואר אקדמי העונים /ות על הדרישות. המשרה מיועדת לנשים וגברים כאחד

Excellent graduates with past experience in algorithms development in the industry, specifically in signal or image processing( biological signals preferred) with an understanding of the human body physiology. Master(M.Sc.) / Ph.D. – Electrical Engineering, Bio-Medical Engineering, Computer Science, Math, Physics Prior industry experience – advantage Good control of MATLAB, C, C++ (advantage) Team player, good sense of humor. “Hands on”/”Can do” approach Looking for challenges as an algorithm researcher and developer. Special sense of humor is welcome.

Minimum 3 years of experience in developing mobile apps Minimum 4 years of experience in developing mobile apps Demonstrable portfolio of released applications on the App store and/or Google Play Deep understanding of an application lifecycle on iOS and/or Android Familiarity with Object Oriented Principles and Design Patterns. Familiarity with continuous integration, automated testing platforms and unit tests. Advantage for working with React native or any other framework which intends to share base code for both iOS and Android. Experience with: Offline storage Threading & Background work Performance tuning Familiarity with backend services Familiarity with Real Time mobile technologies Knowledge of UI and/or animation frameworks Self-learner and self-managed Highly motivated Great communication skills Fluent English Requirements: Computer Science Engineer Location – Caesarea If applicable, please send your CV to HR@cnoga.com