Automatic slide dyeing system

Abstract

The invention belongs to the technical field of cell slide dyeing, and mainly relates to an automatic slide dyeing system which comprises a slide conveying mechanism, a dyeing liquid storage bin, a dyeing liquid dropwise adding mechanism, a controller, a dyeing bin, a uniform mixing mechanism, a flushing mechanism, a drying mechanism and a waste liquid collecting system. The slide conveying mechanism is used for conveying dyed slides and taking the dyed slides out of the dyeing area; the staining solution dropwise adding mechanism is used for dropwise adding different staining solutions to a to-be-stained area of the slide according to a preset program; the uniform mixing mechanism is used for stirring the staining fluid on the slide to ensure uniform staining; the flushing mechanism is used for cleaning redundant staining fluid and impurities on the stained slide; the drying mechanism is used for drying the cleaned slide; the controller is used for storing a preset dyeing scheme and controlling all the mechanisms to complete automatic dyeing according to the dyeing scheme. The system can be used for stably and quickly dyeing the slide.

Description

technical field [0001] The invention belongs to the technical field of cell glass slide staining, and mainly relates to an automatic glass slide staining system. Background technique [0002] For effective observation of cells and tissues, they need to be processed before microscopic observation. Usually cells or tissues are formed on a glass slide to form a film (referred to as a glass slide), and a glass slide with a cell or tissue film is stained with staining solution, buffer, etc. The components are stained with different colors), after staining, rinse the stained glass slides with washing water to remove excess liquid, and dry the glass slides before placing them under a microscope for observation. At present, most of the slide staining is done manually. Different hospitals and operators have different control of the parameters of the slide staining process, resulting in large differences in the staining effect of the slides. As a result, the slides cannot be recogniz...

AI Technical Summary

Problems solved by technology

At present, slide staining is mostly done manually. Different hospitals and different operators have different controls on the parameters of the slide staining process, resulting in large differences in slide staining effects. As a result, slides cannot be recognized by each other in different hospitals, and even cannot be used for cells or cells. Organizational observations, resulting in inefficiencies and delays in disease diagnosis

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