HumaMeter A1c

Name: HumaMeter A1c
Brand: HUMAN Diagnostics Worldwide
SKU: 16080
Availability: InStock

POC DXHemoglobin Point of CareInstrumentsSystems

Price per unit:

XXX,XX €

Get a consultation

On-the-spot diabetes HbA1c testing

HumaMeter A1c enables for immediate and highly accurate testing of HbA1c at the point of care. Processing only 4 µl of capillary blood in less than 5 minutes HumaMeter A1c is the ideal device for intuitive and accurate determination of HbA1c at the point of care or for small laboratories.

The HumaMeterA1c system is intended for monitoring long-term glycaemic control in individuals diagnosed with diabetes.

Throughput

Results in just 4 minutes

Technology

Reliable results with Boronate Affinity Quenching method

Reagents

Heat-stable reagent cartridges with a wide temperature range for storage and transportation, from 2 to 30°C

Samples

Suitable for both capillary (4µl) and venous blood

Barcode reader

Fast scanning of calibration data, patient and operator ID

Certification

NGSP and IFCC certified

Data storage

High capacity data storage: stores up to 7,000 results

Power Source Independent

Easy operation with power bank

Printer

Optional HumaMeter A1c thermal printer

Easy and convenient operation

Innovative blood collector for easy sampling
Guided on screen instructions, minimal training required
Suitable for both capillary (4µl) and venous blood
Effortless operation with automatic cartridge system
Handy auto-calibration with barcode reader

Simple to operate in various locations

No need for laboratory facilities
Increased mobility due to the option of powerbank use for up to 24 h
Reagents stability for 90 days at room temperature
Small and compact (0.7kg) for easy portability
Maintenance-free

Reliable results with Boronate Affinity Quenching method

Experience fast and accurate results with the Boronate Affinity Quenching method, which is based on the affinity of boronate for glycated proteins and involves fluorescent measurement. This method is unaffected by hemoglobin (Hb) variants without a reduced erythrocyte lifespan.
The initial fluorescence of the reagent is quenched when attached to HbA1c. The observed quenching of fluorescence correlates with the quantity of HbA1c in the sample