The principle of fully automatic blood cell morphology analyzer

The fully automatic blood cell morphology analyzer is a high-end medical testing equipment that can quickly and accurately analyze, classify, count and quantify various blood cell morphological characteristics in blood samples. This equipment uses optical microscopy technology and digital imaging processing technology to determine the type of blood cells and related pathological changes by detecting the morphological characteristics, size, color and other parameters of blood cells.

The main principle is that blood samples enter the flow cell of the device through an automated processing system, undergo precise blood cell counting and classification, and then use optical microscopes and high-resolution digital imaging technology to photograph and record the cells in the blood to obtain the cells. The morphological characteristics and quantitative data can automatically identify and report abnormal cells and pathological changes through built-in algorithms, thereby providing clinicians with a reference for diagnosis and treatment.

The fully automatic blood cell morphology analyzer can not only improve the accuracy and speed of blood cell detection, but also greatly shorten the detection time, save consumables and labor costs, and has broad application prospects and market value.