Dialyzer batch production control method, dialyzer, dialysis system and dialyzer management method for batch production

Abstract

The invention discloses a dialyzer batch production control method, a dialyzer, a dialysis system and a dialyzer management method for batch production. The dialyzer batch production control method comprises the steps that hemodialysis parameters are obtained, and production batch parameters of the dialyzer are set according to the hemodialysis parameters; the dialyzers are produced according to the production batch parameters, after production of the dialyzers of one batch is completed, medical identification data of the dialyzers of the batch are generated, and the medical identification data of the dialyzers of the same batch are the same; and sterilizing and packaging are carried out on the dialyzers, a unique identification number is set for each dialyzer, and the identification numbers are set on shells and/or packages of the dialyzers. The invention further provides the dialyzer and the dialysis system which are produced by the method, and further provides the management method of the dialyzer. The treatment effect of the dialyzer can be improved, and a dialyzer manufacturer can conveniently improve the production process of the dialyzer.

Description

technical field [0001] The invention relates to the production field of medical equipment, in particular to a dialyzer batch production control method, and also to the dialyzer produced by this method, a dialysis system and a dialyzer management method for mass production. Background technique [0002] Hemodialysis is an important part of blood purification therapy. Hemodialysis is to lead the patient's blood out of the body. The patient's blood flows into the dialysis system. The dialyzer in the dialysis system is equipped with a dialysis membrane. After the patient's blood contacts the dialysis membrane, some external sources Sexual or endogenous toxins are removed by the dialysis membrane, and the purified blood is returned to the patient, so as to achieve the therapeutic purpose of purifying the blood. Dialyzer is a kind of solute exchange to realize the removal of impurities and toxins in the blood. It is usually used in the treatment of various types of diseases such a...

AI Technical Summary

Problems solved by technology

More models of dialyzers require dialyzer manufacturers to increase production batches and reduce the output of each batch, which in turn increases the production cost of the manufacturer and increases the error rate of medical staff taking the wrong dialyzer in clinical operations. These factors restrict dialysis Further subdivision of the device model

[0004]In addition, for mass-produced dialyzers, because there is no tracking and feedback on whether there is any abnormality during the use of the dialyzer, the medical staff cannot check the fault status of the dialyzer and The information of the fault is fed back to the manufacturer, and the manufacturer of the dialyzer cannot timely adjust the production process and parameters of the dialyzer, and cannot realize the intelligent production management of the dialyzer, which brings great inconvenience to the production process of the dialyzer

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