Quo-Test® HbA1c Analyser

The fully automated Quo-Test® HbA1c Analyser from EKF Diagnostics has been specially designed to measure the HbA1c value in capillary or venous whole blood and provides reliable and conclusive results within only 4 minutes. By providing fast results, the test system enables the attending physician to initiate necessary therapeutic measures promptly and to adjust the medication immediately. The analyser is perfectly suited for the monitoring and management of diabetes in a point-of-care setting.

In addition to fast testing, the device also offers extensive storage capacity of up to 7000 measurements. Alternatively, these can also be played back to the PC as a text file using the USB cable supplied.

The Quo-Test A1C system is designed for professional use only.

Product Details

• Quo-Test® HbA1c Analyser from EKF Diagnostics
• Precise and fully automatic measurement of the HbA1c value
• Measuring principle based on boronate fluorescence quenching technology
• Intuitive menu navigation (step-by-step) facilitates handling
• Low sample volume of only 4µL sufficient for testing
• Sample material: venous or capillary whole blood
• Reliable and fast results within 4 minutes
• Enables the rapid initiation of therapeutic measures
• Internal storage capacity: 7000 measurements
• Results according to DCCT (%), IFCC (mmol/mol), eAG (mg/dl) or eAG (mmol/dl)
• Mit USB-Anschluss für eine schnelle Datenübertragung
• Practical barcode scanner included
• Boronate affinity method: recognised, interference-free
• Measuring range: 4-15 % A1c DCCT
• Precision: UK < 3-7 % A1c DCCT
• For long-term glycaemic control of patients diagnosed with diabetes
• Ideal for POC diabetes management
• Maintenance-free device, there is no obligation for a round robin test
• With multilingual software
• Certified according to the NGSP and IFFC standard
• Dimensions: 205 x 205 x 135 mm (H x W x D)
• Weight: 1.3 kg

Delivery Contents

• Quo-Test™ A1c Analyser
• USB cable (2.0)
• Power supply unit and mains adapter
• Barcode scanner