Glass sheet cleaning and preserving system used for biochemical experiments

Abstract

The invention discloses a glass sheet cleaning and preserving system used for biochemical experiments. The system comprises a cleaning cylinder, glass sheets, a storage box, a sealing cap, an air suction tube and a vacuum air suction pump; two columns of symmetrical separator plate groups are arranged in the cleaning cylinder, every separator plate group comprises a plurality of mutually parallel separator plates, the two columns of separator plates form a plurality of insertion slots used for inserting the glass sheets, the bottom of the cleaning cylinder being provided with liquid leaking holes, the upper part edge of the cleaning cylinder is provided with a pair of handles, the cleaning cylinder is arranged in the storage box, the storage box is connected with the vacuum air suction pump through the air suction tube, and the storage box is covered with the sealing cap to form a closed space in the storage box. The system is used for cleaning the glass sheets used in the biochemical experiments, has universal applicability and a wide market, and can remarkably improve the experimental efficiency, increase the experimental reliability and enhance the experimental stability.

Description

technical field [0001] The invention relates to cleaning and preservation of glass flakes, in particular to a glass bottle cleaning and preservation system for biochemical experiments, which cleans and preserves glass flakes connected with chemical bonds commonly used in biochemical experiments. Background technique [0002] As biochemical experiments have higher and higher requirements for experimental conditions, it is very necessary to clean and preserve the glass slides that are often used in experiments to connect chemical bonds and biomacromolecules. For modern biochemical experiments, whether the glass slides can be cleaned and connected with ideal chemical bonds and biomolecules will determine the reliability, stability and efficiency of the experiment. The existing glass cleaning cylinders have the following disadvantages: 1. It is inconvenient to store glass sheets; 2. The placement position is not deep enough or the glass sheets cannot be fixed well. When cleaning...

AI Technical Summary

Problems solved by technology

The existing glass cleaning cylinders have the following disadvantages: 1. It is inconvenient to store glass sheets; 2. The placement position is not deep enough or the glass sheets cannot be fixed well. When cleaning, the glass sheets are affected by liquid flow and external vibration. It is easy to fall off and break; 3. The glass pieces are easy to contact and stick to each other, which makes the glass pieces difficult to separate, which seriously affects the cleaning effect; 4. There is no leakage hole at the bottom of the cleaning tank, and the cleaning liquid cannot be removed in time; 5. Use another glass for cleaning , easy to cause glass sheet pollution; 6. There is no function of vacuum storage

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