A revolution in HbA1c measurement

Quo-Lab® HbA1c is a desktop point-of-care analyzer for measuring glycated hemoglobin (HbA1c). The semi-automated analyzer has been designed specifically to meet the needs of diabetes clinics and laboratories in settings that demand low cost of operation and ease of use.

From a simple procedure, Quo-Lab provides lab-accurate test results within four minutes (CV < 3% at 7% A1c) from a venous or finger prick blood sample of just 4 μl. Quo-Lab uses the same boronate affinity methodology used by Quo-Test® and is similarly unaffected by Hb variants.

Step by step instructions are displayed on a clear, multi-lingual display. Staff training time can therefore be minimised and the opportunity for error is reduced.Quo-Lab® HbA1c can store over 7,000 results which can be downloaded as text files to a PC via the integrated USB interface. Alternatively, results can be printed using a printer which connects via a serial port.

Quo-Lab has received its CE mark and is available for sale in most global markets subject to local registration requirements.

Quo-Lab analyzers and tests are calibrated and quality controlled using European Reference Laboratory supplied materials that are traceable to the IFCC reference method.

Easy to use

User-friendly features minimize training time

Step by step instructions on display

User selectable language

Just 4 µl blood required from finger prick or venous sample

Innovative blood collector allows easy and consistent sampling

Lightweight: 0.7 kg

Efficient data handling

Barcode reader to scan calibration data, patient and operator ID

Stores over 7,000 results

User selectable dual reporting. User can select % DCCT, IFCC mmol/mol, eAG mg/dl or eAG mmol/l

USB port

Optional label printer available

Fast and accurate

Results within four minutes

Uses boronate affinity methodology which is widely recognized as interference-free

Measuring range: 4-15 % A1c DCCT

Imprecision: CV < 3 % at 7 % A1c DCCT

Unaffected by Hb variants, which do not result in reduced erythrocyte life span

Traceable to the IFCC reference method