Integrated equipment for batch packaging of freeze-drying reagent microspheres

Abstract

The invention discloses an integrated device for packaging freeze-drying reagent microspheres in batches, which comprises a working table, and a cup arranging device, a ball distributing device, a ball sucking and moving device, a film sealing and cutting device, a cup grabbing module and an indexing turntable module are arranged on the working table, the cup arranging device, the ball distributing device, the ball sucking and moving device, the film sealing and cutting device and the cup grabbing module are sequentially arranged on the edge of the indexing rotary disc module in a surrounding mode. According to the integrated equipment for batch packaging of the freeze-drying reagent microspheres, by arranging the cup arranging device, the ball distributing device, the ball sucking and moving device, the film sealing and cutting device, the cup grabbing module and the indexing turntable module, quick and automatic packaging of the freeze-drying reagent microspheres can be achieved, and batch and large-scale production can be achieved; equipment is grounded to overcome electrostatic interference; no pollution is caused; different freeze-drying reagent microspheres can be packaged at the same time; and the freeze-drying reagent microspheres can be protected from being crushed by adopting the negative-pressure ball suction gripper to suck the microspheres.

Description

technical field [0001] The invention belongs to the technical field of biochemistry, and in particular relates to an integrated equipment for packaging freeze-dried reagent microspheres in batches. Background technique [0002] At present, a small amount of freeze-dried reagent microspheres are used in biochemical reagents and molecular reagents in the market. The production environment humidity requirement of freeze-dried microspheres made of biochemical reagents and molecular reagents can be below 30%, and the static electricity generated by freeze-dried microspheres is very small. Can be ignored. There are proteins, enzymes and other components in the immune reagents, which are very sensitive to temperature. The moisture in the freeze-dried microspheres made of immune reagents should be controlled at about 1%, and the humidity in the packaging environment should be about 5%, otherwise it will fail to absorb moisture, and the lower the humidity , the easier the reagent mi...

AI Technical Summary

Problems solved by technology

There are proteins, enzymes and other components in the immune reagents, which are very sensitive to temperature. The moisture in the freeze-dried microspheres made of immune reagents should be controlled at about 1%, and the humidity in the packaging environment should be about 5%, otherwise it will fail to absorb moisture, and the lower the humidity , the easier the reagent microspheres are to generate static electricity, it is difficult to divide and seal the balls into mass production

[0003] Existing technology At present, different freeze-dried reagent microspheres are manually divided into balls in a controlled humidity environment, and the freeze-dried microspheres of different types of reagent items are manually sorted into specific reagent reaction cups one by one, which is extremely inefficient. It is easy to cause the reagents to be contaminated, the test is not accurate, and the packaging personnel will feel uncomfortable in the low humidity environment, and they cannot work in this environment for a long time, which cannot meet the needs of mass production.

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