The Accu-Chek® Instant S blood glucose monitoring system helps to lower the testing barriers by supporting the ease-of-use with its components and features: TRI tool and USB connectivity to the Accu-Chek® Connect Online system.



Instant clarity
Get Instant clarity of your results in just a few seconds with a visual re-assurance. The intuitive 9 colour target range indicator helps you understand your results easily and know if they are above, in range or below range.



Proven accuracy
Guaranteed by the makers of the Accu-Chek products, fulfilling the requirements of the ISO 15197: 2013^ and delivering even tighter accuracy for reliable results you can trust.



1 button navigation
Only what you need: Your test result and your averages (7/30/90 days) are visible on the meter.

So there is no need to scroll through a menu to find what you need. 1 button is all it takes.





No set up

Simple preparation: No set up required â� just insert a strip, apply a small blood sample, and read your blood glucose result on the large display. Remove the test strip after testing and the meter turns off automatically.



Blood application
Easy-edge blood dosing: A small blood sample can be applied anywhere on the wide, yellow edge of the test strip dosing area, that has a wide blood application area compared to leading brands.

The test strip is designed to help make it easy to apply a small drop of blood on the end of the strip.



* Blood glucose values (Lowsâ?¤69mg/dL, Normal 70-160 mg/dL, Highâ?¥161/dL) are pre-set on the Target Range Indicator and must be interpreted in conjunction with the appropriate medical condition at the time of taking reading, and in accordance with advice of your physician.

^ Criterion A of clause 6.3 for the lot tested (Freckmann et al., JDST, 6(5), 2012)

# Figures refer to the TRI tool group of the study (n = 47)

1 Parkin CG, et al. Use of an Integrated Tool for Interpretation of Blood Glucose Data Improves Correctness of Glycemic Risk Assessment in Individuals With Type 1 and
Type 2 Diabetes. J Diabetes Sci Technol