Abbott FreeStyle InsuLinx® Blood Glucose Test Strips
The FreeStyle InsuLinx® test strips are engineered for fast, easy, and accurate blood glucose testing. These strips require an exceptionally small sample size (only 0.3 microliters), making the lancing process significantly less painful. One of their standout features is the ZipWik tabs, which target the blood sample and "wick" it up instantly for a quick start. Designed for use with the FreeStyle InsuLinx meter—which includes a built-in insulin calculator—these strips provide reliable results in just 5 seconds. They are also uniquely designed to minimize interference from common non-glucose substances, ensuring high clinical accuracy for insulin-dependent patients.
The FreeStyle InsuLinx® test strips are engineered for fast, easy, and accurate blood glucose testing. These strips require an exceptionally small sample size (only 0.3 microliters), making the lancing process significantly less painful. One of their standout features is the ZipWik tabs, which target the blood sample and "wick" it up instantly for a quick start. Designed for use with the FreeStyle InsuLinx meter—which includes a built-in insulin calculator—these strips provide reliable results in just 5 seconds. They are also uniquely designed to minimize interference from common non-glucose substances, ensuring high clinical accuracy for insulin-dependent patients.
Original: $210.59
-70%$210.59
$63.18Description
The FreeStyle InsuLinx® test strips are engineered for fast, easy, and accurate blood glucose testing. These strips require an exceptionally small sample size (only 0.3 microliters), making the lancing process significantly less painful. One of their standout features is the ZipWik tabs, which target the blood sample and "wick" it up instantly for a quick start. Designed for use with the FreeStyle InsuLinx meter—which includes a built-in insulin calculator—these strips provide reliable results in just 5 seconds. They are also uniquely designed to minimize interference from common non-glucose substances, ensuring high clinical accuracy for insulin-dependent patients.
