Medical reagent blending and integration equipment

Abstract

The invention discloses medical reagent blending and integration equipment, which comprises a vessel arranging part, a vessel member, a moving part and a blending part, wherein the vessel arranging part comprises a sampler injector tip box member and a first vessel arranging member, the first vessel arranging member comprises a weighing testing member and a first vessel arranging position on the weighing testing member, the vessel member comprises a sampler injector tip arranged on the sampler injector tip box member and a vessel arranged on the first vessel arranging position, the moving partcomprises a horizontal driving member and a first vertical driving member arranged above the vessel arranging part, the blending part comprises an injection pump and an injection pump head member communicated to the injection pump, and the injection pump head member adapted to the sample injector tip is arranged on the first vertical driving member. According to the present invention, the vesselis arranged on the vessel arranging part, the reagent in the vessel is weighed by the vessel arranging part, the moving part drives the blending part to automatically add the quantitative reagent to the vessel, such that the precise measurement of the weight of the reagent and the quantitative injection of the reagent can be rapidly completed so as to improve the efficiency of medical reagent experiments.

Description

technical field [0001] The invention relates to the technical field of experimental equipment, in particular to a medical reagent preparation and integration equipment. Background technique [0002] A mature medical reagent needs to go through many experiments before it can finally take shape, while the experimental process of biomedical testing reagents requires the use of deployment vessels and auxiliary instruments to complete the experiment and improve the efficiency of the experimental operation, for example, through The volume of the reagent is measured by the test tube, the weight of the reagent is measured by the electronic scale, and the quantitative reagent is added through the dropper for mixing; in the prior art, the above reagent experiments are all carried out manually with the aid of auxiliary equipment, and some human error is inevitable , and if the operation of adding quantitative reagents with a dropper, it will take a long time manually, these factors wil...

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Problems solved by technology

[0002] A mature medical reagent needs to go through many experiments before it can finally take shape, while the experimental process of biomedical testing reagents requires the use of deployment vessels and auxiliary instruments to complete the experiment and improve the efficiency of the experimental operation, for example, through The volume of the reagent is measured by the test tube, the weight of the reagent is measured by the electronic scale, and the quantitative reagent is added through the dropper for mixing; in the prior art, the above reagent experiments are all carried out manually with the aid of auxiliary equipment, and some human error is inevitable , and if using a dropper to add quantitative reagents, it will take a long time manually, these factors will seriously affect the efficiency of medical reagent experiments

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