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The fully automatic biochemical analyzer can simultaneously detect multiple biochemical indicators
Date: 2025-07-22Read: 28
The fully automatic biochemical analyzer can complete the detection of multiple samples and multiple items in a short period of time. The automated operation process reduces the interference of human factors such as sample addition errors, timing errors, etc. At the same time, it adopts detection technology and high-precision detection components to ensure the accuracy and reliability of the detection results; The sampling system and temperature control system of the instrument have high accuracy, which can ensure that the conditions for each reaction are highly consistent, resulting in good repeatability and high precision of the detection results, which is conducive to the diagnosis and monitoring of the treatment effect of diseases.
The fully automatic biochemical analyzer can simultaneously detect multiple biochemical indicators, such as liver function, kidney function, blood glucose, blood lipids, myocardial enzyme spectrum, etc., meeting the clinical needs for diagnosis and monitoring of multiple diseases and providing doctors with patient biochemical information; Equipped with a comprehensive quality control system, it can automatically perform calibration and quality control, timely detect and correct deviations in the testing process, and ensure the stability and comparability of testing results.
Measurement steps of fully automatic biochemical analyzer:
1. Power on preparation:
-Ensure that the analyzer is properly connected to the power supply and necessary external devices (such as a computer).
-Turn on the power of the analyzer, wait for the self-test to complete and enter standby mode.
2. Sample loading:
-According to the requirements of the analyzer, place the test sample (such as blood, urine, etc.) on a specific sample rack.
-Ensure that the lid of the sample tube or cup is tightly closed to prevent sample leakage or contamination.
3. Reagent loading:
-Load the required reagents into the reagent tray according to the instructions of the analyzer.
-Ensure that the lid of the reagent bottle is tightly closed and check the expiration date and quality of the reagent.
4. Parameter settings:
-Select appropriate test items and parameter settings in the control software of the analyzer.
-Adjust parameters such as testing speed, sample size, and reaction time as needed.
5. Start testing:
-After confirming that all settings are correct, start the testing program.
-The analyzer will automatically extract samples and reagents, perform chemical reactions, and measure the results.
6. Result analysis:
-After the test is completed, the analyzer will display the test results.
-Operators should carefully verify the results to ensure accuracy and reliability.
7. Cleaning and maintenance:
-After the test is completed, clean and maintain the analyzer according to its instructions.
-Regularly inspect and replace consumables such as sample probes, reagent probes, reaction cups, etc.
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