Glucose Test Strips for CGH11 Meter (50 units)

CGH100 Glucose Test Strips are designed to determine the glucose level in blood samples exclusively using the CGH11 glucose meter.

Its electrochemical measurement system, based on an enzymatic reaction, provides results in approximately 5 seconds, using only 0.8 µL of sample. These single-use strips are intended for both self-monitoring and professional use.

Strengths

- Result in approximately 5 seconds.

- It only requires 0.8 µL of sample.

- Electrochemical measurement method.

- Glucose dehydrogenase (GDH) enzyme.

- Use for self-monitoring and professionals.

Perfect for

- Self-monitoring of glucose.

- People with diabetes.

- Professional use.

- Users of the CGH11 meter.

Technical specifications

- Application : Quantitative determination of glucose.

- Compatibility : CGH11 glucose meter.

- Sample type : Fresh capillary blood and whole venous blood.

- Sample volume: 0.8 µL.

- Result time : Approximately 5 seconds.

- Measurement principle : Electrochemical method.

- Enzymatic method: Glucose dehydrogenase (GDH).

- Measurement range: 1.1-33.3 mmol/L (20-600 mg/dL).

- Hematocrit range: 10-70%.

- Use temperature : 5-40 °C.

- Usage humidity: 10-90% RH.

- Validity after opening: 6 months.

- Use : Single use.

- Presentation : 25 strips/vial.

- Classification : IVD medical device, Class C.

- Regulation : Regulation (EU) 2017/745 (MDR)

Precautions:

- Use only with the compatible CGH11 glucose meter.

- Single-use product. Do not reuse the test strips.

- Do not use strips that are expired, damaged, or have been exposed to moisture.

- Close the vial immediately after removing a strip to protect them from moisture and light.

- Store the strips according to the conditions indicated by the manufacturer.

- Keep out of reach of children.

- Dispose of used strips in accordance with applicable local regulations for medical waste.

Storage:

- Keep the strips in their original vial, perfectly sealed.

- Store in a dry, clean place, protected from direct sunlight.