READER OF
QUICK TESTS
The DCR-1000 is a quick test cassette reader.
Gives a quantitative response of concentration of biomarkers by immunofluorescence in human whole blood, serum, plasma or urine samples.
The tests are of the lateral flow immunoassay type similar to the rapid Covid-19 antigen tests.
The biomarkers under analysis are used in the assessment of various health conditions and clinical conditions, such as cardiovascular disease, kidney disease, inflammation, fertility and diabetes and thyroid control.
DCR 1000
DCR 1000
Quantitative Analyzer
of Immunofluorescence
HIGH EFFICIENCY AND PRECISION
Advanced fluorescence immunoassay and multiple quality control.
REAL-TIME TESTS
Results within minutes of sampling. Results within 5 seconds when testing multiple items after cassettes are inserted into the analyzer.
MULTIPLE APPLICATIONS
Small in size, lightweight and with built-in lithium battery supporting your use in multiple environments.
BENEFITS
Multiparameter Reader
It allows measuring an extensive list of biomarkers in blood or urine.
Quantitative measurement values
Ability to measure a range of clinically relevant values.
speed
Results within minutes of sample collection (between 2-15 minutes).
Compact
Small and very light.
Autonomy
Built-in Li-ion battery for use anywhere.
Printer
Integrated thermal printer for printing results on the spot.
Memory
Allows you to store up to 10,000 results.
NORMAL MODEOF OPERATION
CONSUMABLES
TESTS
DCR 1000
The DCR-1000 analyzer allows reading of multiple rapid tests in a sidestream cassette format. Each test is packaged in an individual, airtight aluminum pouch, analyzes a single parameter, is disposable and single-use. The tests are available in boxes of 25 units that may include the following items according to the type of test:
• Test Cassettes
• ID chip
• Capillary and sample transfer pipettes
• Buffer solution ampoules for detection
• Instructions for use
AVAILABLE MARKERS
Cardiac Markers • Diabetes Mellitus • Inflammation
Kidney Function • Hormonal • Tumors • Bone Metabolism
