Medical isolation sleeve and manufacturing method thereof

Abstract

The invention relates to the technical field of medical instruments and provides a medical isolation sleeve and a manufacturing method thereof. The medical isolation sleeve comprises a mounting part,a covering part and a see-through part, wherein the mounting part and the covering part are both of a hollow structure, and the see-through part covers one end of the covering part and blocks an end opening of the end; the mounting part, the covering part and the see-through part together form a cavity with an opening in one end, so that a corresponding medical instrument is sleeved with the cavity; the see-through part is made of a membrane with transparent characteristics so that the internal body of a subject can be conveniently and accurately observed through a lens at the front end of anendoscope. The medical isolation sleeve is a disposable consumable and can be discarded and replaced with another medical isolation sleeve after use, so that the medical instrument is not needed to bereplaced for next operation, not only can disinfection requirements be met, cross infection is avoided, but also the operation is convenient, the technical problem in the prior art that supply of medical instruments is insufficient due to a long sterilization cycle is solved, the medical efficiency is improved, and waste of resources is avoided.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a medical isolation sleeve and a manufacturing method thereof. Background technique [0002] When examining or treating patients, it is usually necessary to use corresponding medical devices. Medical devices that are in direct contact with the human body need to be sterilized after use to avoid cross-infection. However, in actual use, some medical devices need to be probed into the human body for detection or treatment, such as endoscopes, nasal cavity mirrors, oral mirrors, etc. These devices have high disinfection requirements, and short-term disinfection water wiping and soaking cannot It meets the requirements of disinfection and sterilization, and because there are usually a large number of electronic components inside this type of medical device, it is not convenient to use chemical reagents or high temperature for disinfection, so the disinfection cycle is long, wh...

AI Technical Summary

Problems solved by technology

However, in actual use, some medical devices need to be probed into the human body for detection or treatment, such as endoscopes, nasal cavity mirrors, oral mirrors, etc. These devices have high disinfection requirements, and short-term disinfection water wiping and soaking cannot It meets the requirements of disinfection and sterilization, and because there are usually a large number of electronic components inside this type of medical device, it is not convenient to use chemical reagents or high temperature for disinfection, so the disinfection cycle is long, which is not easy to manage and use, especially in When the consumption is large, the disinfection efficiency is difficult to meet the actual demand, so a large number of instruments need to be configured for use, but when the demand is small, a large number of such medical instruments will be left idle, resulting in a waste of resources

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