Search

Category

Profile:

CoaguChek^® XS system

CoaguChek XS system

The smart way to know your value

The smart way to know your value.

Coagulation self-monitoring

Fast and reliable results. Anytime, anywhere.*

The CoaguChek® XS systems is a convenient, portable and user-friendly instrument for monitoring oral anticoagulation therapy. It determines the INR value (International Normalized Ratio) from a crop of capillary whole blood - it's simple, precise and reliable.

Ask your healthcare professional about self-monitoring with the CoaguChek® XS system.

The freedom to test
anytime, anywhere*

Results in about one minute that can
be quickly transferred to a mobile app
via Bluetooth® and shared with your doctor.

More control

More control
over your therapy

Spend more time in therapeutic range
and less time waiting for appointments.^1,3

Improved care for a better quality of life

INR self-testing can lead to better
health and quality of life. ^1,2,4-10

How to use CoaguChek XS in just 4 simple steps

CoaguChek INRange

CoaguChek^{^®} INRange

More control. More time in therapeutic range.

Roche's latest, connected self-testing meter that gives you the freedom to test your INR at home, on the go, or wherever you happen to be.

Gain back your freedom with CoaguChek®.

We are here to help you learn more.

Doctor showing CoaguChek INRange to patient

I am ready to test

Contact us to purchase your CoaguChek monitoring device to get started.

Suitcase open on bed. Getting ready to travel.

Coagulation self-monitoring

Give yourself more me time.

Coagulation self-monitoring

Nurse showing patient a CoaguChek device

The benefits of INR self-testing.

Learn more about the importance of testing your blood while on anticoagulation therapy.

Do you have any questions?

Contact Us

*Do not use the meter at an altitude higher than 14,000 feet (4,300 meters)

Abbreviations

INR: International Normalized Ration

References

1. Heneghan et al (2016). Cochrane Database Syst Rev 7:CD003839

2. Soliman Hamad et al (2009). Eur J Cardiothorac Surg 35:265–269

3. Siebenhofer et al (2007). Thromb Haemost 97:408–416

4. Dignan et al (2013). Int J Cardiol 168:5378–5384

5. Heneghan et al (2012). Lancet 379:322–334

6. Sharma et al (2015). Health Technol Assess 19:1–172

7. Garcia-Alamino et al (2010). Cochrane Database Syst Rev 4:CD003839

8. Christensen et al (2016). Ann Thorac Surg 101:1494–1499

10. Tamayo Aguirre et al (2016). BMC Cardiovasc Disord 16:180

11. Verret et al (2012). Pharmacotherapy 32:871–879