Body surface suturing auxiliary unit

Abstract

The invention discloses a body surface suturing auxiliary unit, and belongs to the technical field of medical supplies. The body surface suturing auxiliary unit is characterized by comprising a moduleA (1) and a module B (2) which are separately arranged, adhesives are arranged on the bottom surfaces of the module A (1) and the module B (2), the the module A (1) and the module B (2) are adhered to the skin of a patient through the adhesives, and the module A (1) and the module B (2) are respectively provided with a thread passage (4). The invention provides a novel skin incision suturing method which can be used for noninvasively closing a skin incision while protecting the skin. The novel skin incision suturing method is simple and convenient to operate, the suturing efficiency of doctors is improved, the pain of patients suffering traditional skin suturing is eliminated, the medical cost is saved, multiple advantages are achieved compared with the existing suturing instrument, and the social significance and application value are great. Non-invasive incision suturing is achieved, the requirements of doctors are met, the suturing difficulty is greatly reduced, the operation efficiency is greatly improved, and the wound infection probability is reduced; and the requirements of patients are met, the skin suture pain is eliminated, centipede scars of pinholes are eliminated, theincision healing time is shortened, and the problems of low incision involution accuracy, troublesome suture removal and the like are solved.

Description

technical field [0001] The invention belongs to the field of medical supplies, in particular to a body surface suturing auxiliary unit. Background technique [0002] With the overall development of the medical field, surgical incision suturing methods are also constantly innovating. Traditional needle and thread suture is the most widely used technique at present, and its advantage is that doctors can perform the most suitable suturing and knotting method according to different lengths and shapes of surgical incisions. But the disadvantages are very obvious. First, during the stitching process, the needle will pierce the skin, causing new skin trauma and leaving a centipede-like scar; second, during the stitching process, the needle enters the skin on the side of the incision, and then passes through the skin , and finally come out from the contralateral skin. It is an invisible and uncontrollable suture process. It is impossible to accurately control the suture depth and ...

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