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Fluorescence Immunoassay Analyzer ZFIA-A10

Fluorescence Immunoassay Analyzer ZFIA-A10

Fluorescence Immunoassay Analyzer ZFIA-A10 can process up to 240 tests per hour for rapid diagnostics. It features a ±3.0% deviation with calibrated fluorescence test cards, ensuring reliable diagnostics. It supports whole blood, serum, plasma, urine, and feces (as per assay kit specifications). Our product offers CV ≤2.0% for consistent measurements and ±3.0% stability deviation over extended operation. It is ideal for clinical laboratories, hospitals, and research institutions requiring rapid, reliable, and accurate immunofluorescence testing.

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Frequently Asked Question

1. How fast is the analyzer?

The device is capable of processing up to 240 tests per hour, making it ideal for high-throughput settings.

2. What is the measuring time per test?

Each test is completed in 15 seconds or less, ensuring quick turnaround times for results.

3. Which sample types can the analyzer test?

The analyzer supports a wide range of sample types including whole blood, serum, plasma, urine, and feces, depending on the assay kit used.

4. What is the linearity range of the analyzer?

It ensures reliable quantification across a broad range, with a linear correlation coefficient (r) ≥0.990 over at least two orders of magnitude.

5. Is there background fluorescence interference?

No, background fluorescence is minimal, with values maintained at ≤5.

6. How does an Immunoassay Analyzer work?

It works by using antigen-antibody reactions to detect target molecules. A sample is mixed with reagents, and a detection system (such as fluorescence, chemiluminescence, or colorimetry) measures the presence and concentration of the analyte.

7. What sample types can be used in an Immunoassay Analyzer?

Commonly used sample types include blood (serum or plasma), urine, saliva, cerebrospinal fluid, and other biological specimens.

8. How accurate are Immunoassay Analyzers?

Immunoassay Analyzers provide high accuracy and sensitivity, but results can be influenced by factors like sample quality, reagent stability, and cross-reactivity. Proper calibration and quality control ensure reliable results.

9. How do I maintain an Immunoassay Analyzer?

Routine maintenance includes: Regular calibration and quality control checks Cleaning probes and cuvettes to prevent contamination Replacing reagents and consumables as needed Performing software updates and troubleshooting issues promptly

10. What factors should I consider when choosing an Immunoassay Analyzer?

Testing volume and throughput needs Type of assays required Accuracy, sensitivity, and detection method Ease of use and automation level Cost of reagents and maintenance