Principle of fully automated biochemistry analyser
The monochromator divides the complex light from the light source into a single color. The monochromatic light of a specific wavelength is passed through a colorimetric cell containing a sample solution. A photoelectric converter converts the transmitted light into an electrical signal. This is then sent to a signal processing system for analysis.
Simply put, the fully automated biochemistry analyser uses the principle of photoelectric colorimetry to analyze the biochemical parameters in the sample.
Analysis methods of fully auto biochemistry analyzer
The following methods are commonly used in the fully auto biochemistry analyzer.
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A Endpoint analysis method.
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B Continuous monitoring method.
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C turbidimetric method.
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D ion selective electrode method.
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E electrophoresis method.
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F Homogeneous enzyme immunoassay, etc.
Seamaty SD1 fully automatic dry biochemical analyzer adopts transmission turbidimetric method.SD1 portable (POCT) biochemical analyzer adopts the analytical principle and optical measurement technology of large desktop biochemistry. At the same time, SD1 has a built-in real-time quality control system to ensure the accuracy of the test.
