BIONIME Rightest GT100, User Manual, Page: 4 / 30

- Before using RIGHTEST Blood Glucose Monitoring System to test your blood glucose, please read
all the instructions and conduct all the tests including quality control test (Refer to page 36.)
- Please do the quality control test regularly to make sure the test results are accurate .
- The RIGHTEST GT100 Blood Glucose Meter can only be used with the RIGHTEST GT100 Blood
Glucose Test Strips. The use of any other brand strips should not be used under any
circumstances. The use of other brands of strips may give inaccurate results.
- RIGHTEST Blood Glucose Monitoring System is intended for in vitro diagnostic use only. The testing
result is calibrated to be plasma equivalent for test with fresh capillary whole blood samples from
the fingertip, palm and forearm.
- RIGHTEST Blood Glucose Monitoring System is intended for self-testing. It should not be used to
diagnose diabetes mellitus.
- RIGHTEST Blood Glucose Monitoring System has not been validated for use on neonates.
Therefore, it's not intended for use of neonates.
- RIGHTEST Blood Glucose Monitoring System has not been used for arterial blood testing yet, so it
is still not suitable to be used for arterial blood testing.
- Wait at least 30 minutes before testing after entering another site with a different ambient
temperature.
- Follow all environmental protection protocol when disposing of batteries.
Caution
5 4
Precaution
A minimum of 0.75 µL of blood is needed to test on the RIGHTEST Blood Glucose Monitoring
System. Blood sample size above 3.0 µL might contaminate the test strip port and the meter.
Blood sample size below 0.75 µL might cause inaccurate test result or might not start the meter. In
this case, repeat the test with a new test strip.
Sample Size Example
- Use this appliance in tropical and / or temperate climates only.
- Avoid contact with dripping or splashing liquids.
- The minimum blood sample size to test using RIGHTEST Blood Glucose Monitoring System is
0.75 µL .
0.75 µL 1.0 µL 1.5 µL 2.0 µL 3.0 µL