The appearance of the product is outlined with broken lines, and the whole is simple and fashionable through the combination of dark acrylic and light painted sheet metal materials. The application of translucent materials makes the product more scientific and technological and not too messy, effectively avoiding the inflexible feeling of pure sheet metal cabinet and being flexible and modern.
The original machine parts are integrated into the overall shell to make the style uniform and highlight the overall feeling. The oblique section and staggered surface of the details make it rich in layering. The color matching of the fuselage is simple and integrated according to the original light gray, and conforms to the use environment of medical biological devices.
The internal machine is put in from the rear, and a large area of dark acrylic and gray sheet metal shells set off each other, reflecting a calm sense of science and technology. The upper and lower design of the cabinet is unified, ensuring the overall shape to have rhythm while reducing the processing difficulty and production cost. The carrier bottom plate can flexibly fix many different modules for placing common laboratory utensils: microplate, deep plate, filter plate, collection plate or suction head stacking frame, etc., to minimize the carrier area and improve the space utilization rate.
The Yingsheng Immune Analyzer can combine the advantages of the automatic pretreatment system of biochemical samples and the fluorescence immunodetection technology. According to the experimental process in the detection kit, the liquid processing system, the mechanical arm, the storage plate frame, the incubation oscillator, the plate washer and the fluorescence reader are connected together, and the experimental process is systematically integrated through the system control platform, so that the extraction, qualitative and quantitative of the substances to be tested in the sample become a continuous process. It has the characteristics of automatic, multi-functional, large-volume and accurate detection, which can significantly improve the detection efficiency of neonatal genetic metabolic diseases such as hypothyroidism, adrenal hyperplasia, G6PD deficiency and PKU, making clinical samples The detection is more efficient and accurate.