Biochemical reagent strip cutting and packing equipment

Abstract

The invention discloses biochemical reagent strip cutting and packing equipment. The equipment comprises a machine, a prefabricated bag conveying device fixed to the machine, a bag opening device fixed to the front end position of the prefabricated bag conveying device, a prefabricated bag feeding launching device, a reagent strip feeding cutting and bagging device, a desiccant feeding cutting-off and bagging device, a bag sealing device and a discharging and outputting device, wherein the prefabricated bag feeding launching device, the reagent strip feeding cutting and bagging device, the desiccant feeding cutting-off and bagging device, the bag sealing device and the discharging and outputting device are sequentially arranged in the conveying direction of the prefabricated bag conveying device. According to the biochemical reagent strip cutting and packing equipment, a series of full automatic actions such as automatic feeding, automatic cutting and automatic bagging of test cards, automatic loading and feeding, automatic cutting-off and automatic bagging of desiccant, automatic feeding and automatic bag sealing of prefabricated bags and automatic discharging of packing products are achieved, and the production efficiency is greatly improved.

Description

[0001] 【Technical field】 [0002] The invention belongs to the technical field of reagent strip packaging, in particular to a cutting and packaging equipment for biological reagent strips. [0003] 【Background technique】 [0004] In the biomedical industry that is currently engaged in the production of in vitro rapid diagnosis test reagent plates, most of the packaging operations of reagent strips are carried out in the following way: the reagent strips are first cut by a single-knife cutting device, and then manually selected and packaged; the packaging section Put the reagent strips and desiccant into the prefabricated bags manually one by one, and then seal them with a sealing machine. There are the following disadvantages in the production process: [0005] 1) Reagent strip cutting adopts single-knife cutting, which has high efficiency, but cannot be automatically detected, resulting in the need for multiple people to detect and select after cutting, the selection efficien...

AI Technical Summary

Problems solved by technology

[0005] 1) Reagent strip cutting adopts single-knife cutting, which has high efficiency, but cannot be automatically detected, resulting in the need for multiple people to detect and select after cutting, the selection efficiency is low, and it is easy to cause missed detection, resulting in product quality problems;

[0006] 2) After the test card is cut into reagent strips and selected as qualified, when it is stored and used in different sections (workshops), it is easy to cause the risk of scratching the NC film or dropping components, causing troubles to the back-end production;

[0007] 3) The production efficiency of manual bagging is low, requiring a lot of manual work, and the labor cost is high

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