Full-automatic rapid slice-making dyeing machine

Abstract

The invention discloses a full-automatic rapid slide-making dyeing machine which comprises an automatic slide-making mechanism, a multi-dye-vat automatic dip dyeing mechanism and an automatic transfer mechanism, the automatic slide-making mechanism comprises a sample carrier drawer, a filter cup membrane cylinder carrier drawer, a slide rack carrier drawer and a slide carrier drawer, and a sample bottle operation module is arranged above the sample carrier drawer; and a filter cup and membrane cylinder operation module is arranged above the filter cup and membrane cylinder carrying lattice drawer, a clamping jaw assembly is arranged on one side of the slide rack carrying lattice drawer, and a slide making module is arranged on one side of the clamping jaw assembly. According to the full-automatic rapid slide-making dyeing machine, samples and slice-making consumables only need to be loaded on the machine at a time, the machine automatically achieves full-process treatment of recognition, code printing, code scanning, slice making, racking, transferring, dyeing and the like on batch samples, and the full-automatic rapid slice-making dyeing machine is provided with a slice sealing and transferring connector and can be in online operation with slice sealing equipment, and is used for transferring the dyed sample wafer into wafer sealing equipment for wafer sealing treatment. Manual intervention is not needed in the whole process.

Description

technical field [0001] The invention relates to the technical field of glass slide processing equipment, in particular to a full-automatic fast slide-making and dyeing machine. Background technique [0002] Extracting human exfoliated cells and observing their morphological and structural changes under a microscope is an important means of diagnosing human diseases. The process of evenly spreading the exfoliated cell monolayer on a glass slide and then staining is one of the key processes. Restricted by factors such as technical means and implementation costs, most of the current film-making and dyeing machines adopt the subsidence-type film-making and drip dyeing method, which have the following technical deficiencies: [0003] 1. The subsidence film production mainly relies on the external force of gravity or centrifugal force to make the film production components settle on the glass slide, and the composition and quantity left on the glass slide cannot be controlled. The...

AI Technical Summary

Problems solved by technology

[0003] 1. The subsidence film production mainly relies on the external force of gravity or centrifugal force to make the film production components settle on the glass slide, and the composition and quantity left on the glass slide cannot be controlled. The sample has a large depth of field under the microscope, and there are overlapping cells In some cases, there are still interfering components such as mucus, tissue pieces, debris, and sundries, which are difficult to observe under a microscope and are prone to missed and misdiagnosed;

[0004] 2. Subsidence type film production is mainly used in the production of cervical exfoliated cells, and the effect is poor in samples such as urine, sputum, and ascites

[0005] 3. The drip dyeing method is to drop different dye solutions on some areas of the sample at different times. Since the amount of dye solution in contact with the sample is small, and the dyeing cannot be completely carried out in accordance with the standard dyeing process, it is easy to cause insufficient and uneven dyeing. It is easy to cause visual disturbance to the diagnostic personnel, resulting in missed diagnosis and misdiagnosis;

[0006] 4. The sedimentation method and the trickle dyeing method are limited by the implementation method, and cannot be connected with the subsequent sealing equipment, and the automatic process cannot be realized. It can only be manually transferred to the sealing transfer mechanism or manual sealing, which prolongs the working time. Reduced work efficiency

[0007] 5. At present, the dipping equipment mainly relies on normal temperature and normal molecular motion for component replacement, which takes a long time

[0008] 6. Manual intervention is required in the process of subsidence film production and drip dyeing, and more consumables are required, which increases the work cost

Images