Fully automatic nephelometric analyzer

The fully automatic nephelometric analyzer is an instrument that uses the scattered light measurement principle to determine certain particle components in whole blood and plasma. Specifically, it reflects the size and concentration of particles by detecting changes in scattered light generated by particles. This instrument is often used in clinical blood tests to help diagnose certain diseases.

The fully automatic nephelometric analyzer consists of a series of optical systems, including light sources, photodetectors, signal processors, etc. It uses a special optical design that eliminates light scattering from other sources, thereby better detecting scattered light generated by particles. In addition, the instrument is equipped with a microprocessor that can process data in real time to ensure the accuracy and reliability of the test results.

In conclusion, the fully automated nephelometric analyzer is a highly accurate and reliable device for the determination of particle composition in clinical blood tests. Its use greatly improves the accuracy and efficiency of detection, helping doctors better diagnose and treat patients. .

Fully automatic scattering turbidimetric analyzers are mainly divided into two categories: immunoturbidimetric method and turbidimetric method. The immunoturbidimetric method controls the incident light to pass through the sample cell and measures the intensity of the transmitted light. When the measured intensity of the transmitted light is compared with the standard curve, the concentration of the substance to be measured is determined. Turbidity method is to add a calibration solution of known volume to a standard solution of known concentration. After mixing evenly, the transmitted light intensity of the mixed solution is measured. Based on the known concentration and the volume of the mixed solution, the scattering of the mixed solution is calculated. brightness.