Element HT5+

● Large touchscreen.

● Intuitive and quick-to-learn features for an accelerated workflow.

● RFID reader integrated to the analyzer.

● More than easy to install reagents.

● Bidirectionality.

● Create a request and manage the incoming patient data directly in your practise management software.

1. Enter data patient.

2. Aspirate sample.

3. Read the results.

Three state-of-the-art technologies are used in the analyzer to ensure highly accurate categorization and counting. Flow cytometry in combination with optical fluorescence (SF Cube) provides precise results of reticulocyte counting, leucocyte differentiation and optical detection of platelets. Accurate hemoglobin concentrations are detected using colorimetric photometry. The erythrocyte count is carried out using the proven impedance technology.

The use of laser flow cytometry in combination with optical fluorescence provides unparalleled accuracy in counting leucocytes, platelets and reticulocytes. Thanks to fluorescence, the genetic material (DNA and RNA) is analyzed in order to increase the specificity of cell categorization and to avoid interferences linked in especially to platelet aggregates.

• Optical platelets effectively reduce various interferences and ensure the counting accuracy of PLT.

• Unique PLT-depolymerization function perfectly solves the false low PLT caused by PLT aggregates.

Depending on the amount of RNA and therefore the degree of fluorescence emitted, reticulocytes are classified into different fractions: Low- (LFR), Medium- (MFR) and High-Fluorescence Reticulocytes (HFR). The MFR and HFR fractions represent the share of reticulocytes containing the largest amount of RNA: they are young and immature reticulocytes. The IRF parameter (Immature Reticulocytes Fraction) is thus defined as a reflection of the reticulocyte maturation process.