release time:2022-09-22 14:41:28
When we test a sample, whether we take a manual test or a biochemical analyzer test, the final value is the absorbance value. However, the test report shows the concentration value (or viability unit). To convert the absorbance value to match the test report, multiply the measured absorbance value by a K value (or F value). The process of finding the K-value (or F-value) is the calibration.
The calibration process usually consists of the following steps.
a. Select the corresponding calibrator.
b. Place the calibrations according to their preservation method and refusion method.
c. Setting the instrument calibration parameters and placing the calibrator in the instrument for testing.
Most biochemical analyzers require calibration before use. The calibration process is not only complex but also time-consuming. However, Seamaty's fully automated biochemistry analyzer can obtain calibration information by scanning the QR Code built into the reagent tray. It allows for automatic calibration. This eliminates the need for these calibration steps and shortens the test time.
2024-04-11
Unlock the working principles of 5-part hematology analyzers! This guide explores the technology behind these medical marvels, revealing how they provide detailed blood cell analysis for improved diagnosis and treatment. Learn about VCS, light scattering, and more!
2023-09-27
Discover the top 6 In Vitro Diagnostics (IVD) companies in China revolutionizing healthcare. Explore their cutting-edge technologies, global impact, and strides in medical diagnostics innovation. A glimpse into pioneering players shaping the future of diagnostics.
2021-09-30
With a fully automated biochemistry analyzer, the entire process from sample loading to result generation is done automatically by the instrument. The operator only needs to place the sample in a specific position on the analyzer. The operator then selects the program and starts the instrument to wait for the test report.
