Chemiluminescent substrate comprised of 1 bottle of Luminol Reagent - EV805 and 1 bottle of Peroxide Reagent. The analyser uses a 1:1 mixture of the two solutions as a working signal reagent to generate a chemiluminescent signal which can be detected by the imaging module of the Evidence™ analyser.

Diluted displacement fluid is used to wash the Evidence™ reagent tubing between dispenses.

Diluted wash buffer is used for washing the biochips between assay steps to remove all unbound materials.

The RANDOX evidence® system is a fully automated, continuous access immunoanalyser using protein biochip array technology. It is intended for the in-vitro qualitative, semi-quantitative or fully quantitative determination of various diagnostic markers.

Chemiluminescent substrate comprised of 1 bottle of Luminol Reagent - EV701 and 1 bottle of Peroxide Reagent. The analyser uses a 1:1 mixture of the two solutions as a working signal reagent - EV701 to generate a chemiluminescent signal which can be detected by the imaging module of the Evidence™ analyser.

The Reagent Precision Test is used on the RX series clinical chemistry systems for checking proper functioning of the reagent fluid metering and photometric measuring system.

The Randox RX daytona plus with ISE is a fully automated, random access, clinical chemistry analyser completewith dedicated analyser software.

The Randox RX daytona plus without ISE is a fully automated, random access, clinical chemistry analyser completewith dedicated analyser software.

Used as a Calibrator in a two-point calibration. L Solution is pumped into the sample port by the L Solution pump and then positioned in front of the sensor.

This is required for measuring reference electrode potential of an ion selective electrode module.

Used as a Calibrator in a two-point calibration. H Solution is aspirated from a sample cup located in a pre-registered position on the sample carousel.

The product should be run on a weekly basis to prevent protein build up.

Rx Imola is an automated clinical chemistry analyser complete with dedicated analyser software.

Antibacterial Detergent is used for cleaning the instrument probe and reaction cuvettes.

Alkaline Detergent is used for cleaning the instrument probe and reaction cuvettes.

This product should be used in conjunction with RX daytona plus reagents to dilute samples prior to assay.

Biolis 24i Premium is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. Biolis 24i Premium with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, Biolis 24i Premium with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.

BIOLIS 50i Superior is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. BIOLIS 50i Superior with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, BIOLIS 50i Superior with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.

BIOLIS 30i is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. BIOLIS 30i with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, BIOLIS 30i with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.

IMMTOX 270 is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. IMMTOX 270 with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, IMMTOX 270 with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.

DZ-Lite c270 is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. DZ-Lite c270 with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, DZ-Lite c270 with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.

MyeLyte Touch is discrete photometric clinical chemistry analyzer. The device is intended to duplicate manual analytical procedures by automating various steps such as pipetting, heating, measuring color intensity, and reporting results. The device is intended to be used with certain materials to measure various analytes of diagnostic interest including glucose. An optional Ion Selective Electrode Module is intended to measure sodium, potassium and chloride. MyeLyte Touch with glucose hexokinase assay are intended to measure glucose quantitatively in human serum. Additionally, MyeLyte Touch with Ion-Selective Elective modules additionally measure the concentration of the electrolytes, sodium, potassium and chloride in serum, using indirect potentiometry.