Full-automatic dyeing device

Abstract

The invention discloses a full-automatic dyeing device, which comprises a dye liquor reagent sample injection tube, an inspection sample injection tube, an eluent sample injection tube, a sample discharge tube and a multifunctional counting chamber, wherein the multifunctional counting chamber comprises an undyed counting chamber and a dyed counting chamber; the dye liquor reagent sample injectionpipe, the inspection sample injection pipe and the eluent sample injection pipe are positioned at the left end of the multifunctional counting chamber, so that an inspection sample, a dye liquor reagent and an elution reagent are fed into the multifunctional counting chamber; the sample discharge pipe is located at the right end of the multifunctional counting chamber, the inspected sample is discharged out from the multifunctional counting chamber; and the undyed counting chamber and the dyed counting chamber are installed on the multifunctional counting chamber. According to the full-automatic dyeing device, the problems of non-standard dyeing work and large result access in actual clinical work are solved, full automation in clinical detection work is realized, the work accuracy and the work efficiency are improved, the operation steps and the workload of manual operation are greatly reduced, and the dyeing quality and the detection effect are ensured.

Description

technical field [0001] The invention relates to the technical field of automatic dyeing devices, in particular to a fully automatic dyeing device. Background technique [0002] The formed components such as bacteria, insect eggs and cells that need to be tested in clinical testing are small, colorless and transparent. In order to be able to clearly and accurately observe and study these formed components, it is generally necessary to use relevant dyes to color these formed components Then observe its size and shape structure and other information through a microscope. Factors such as the method of staining, the time of staining, and the technique of staining will directly affect the quality of staining, thereby affecting the accuracy of diagnosis during clinical testing. At present, the vast majority of dyeing work is manual operation, and many unavoidable problems have arisen in the long-term artificial dyeing work, such as, the dyeing workflow is not standardized, the dye...

AI Technical Summary

Problems solved by technology

Factors such as the method of staining, the time of staining, and the technique of staining will directly affect the quality of staining, thereby affecting the accuracy of diagnosis during clinical testing.

At present, the vast majority of dyeing work is manual operation, and many unavoidable problems have occurred in the long-term artificial dyeing work, such as, the dyeing workflow is not standardized, the dyeing quality is uneven, the dyeing work efficiency is not high, and the dyeing solution is not stable. Pollution caused by improper use and physical injury to operators

At present, the dyeing instruments on the market are also troubled by the problems of low accuracy, low operation flexibility, and low degree of automation, so that the accuracy and efficiency of inspection cannot be fundamentally improved.

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