Deep tissue debridement device

Abstract

The invention relates to a deep tissue debridement device, pertaining to the technical field of wound cleaning devices for medicinal equipment. The device comprises a debridement head, a handle, a flushing pipe, a movable switch and the like. One end of the handle is provided with the debridement head and the other is internally provided with a battery lighting switch and the movable switch. The handle is internally provided with the flushing pipe and connected with a drawing pipe joint. The bottom of a scarping tooth is provided with a water tank. The handle is internally provided with the flushing pipe connected with negative pressure of an aspirator through the drawing pipe joint, which is used for drawing out of flushing liquid and dirt and the like of the depth tissue. Therefore, effects of flushing, debridement and drawing are fulfilled; a lighting lamp pipe is arranged on the debridement head and good lighting effect during debridement is achieved; the movable switch is arranged on the handle and capable of switching the scraping tooth of the debridement head with a planer tool so that efficiency of a debridement operation is increased; and treatment time of a patient is shortened; and problems of damage to normal tissue when tweezers, scissors and blades are utilized during debridement are solved and operation is performed easily.

Description

Technical field [0001] The invention relates to a deep tissue debridement device, belonging to the technical field of medical equipment wound surface cleaning devices. Background technique [0002] Some patients’ wounds need to be debrided when they do not heal for a long time. Existing debridement work generally uses tweezers, scissors, blades, hemostatic forceps, etc. to remove local corrupted and necrotic tissues, and then use syringes to suck saline and liquid medicine for washing. However, these existing methods have the following problems: First, the deep tissues are not easy to operate, and the use of tweezers is not good to completely remove the corrupt and necrotic tissue; the second is that the use of scissors and blades is too sharp and easy to damage normal tissues; the third is that the tissues are not deep. To observe the debridement effect, external lighting (such as a torch, etc.) is needed, and the lighting effect is not good; fourth, when flushing is needed, a s...

AI Technical Summary

Problems solved by technology

But these existing methods have the following problems: the one, deep tissue is difficult to operate, and it is not easy to use forceps to completely remove corrupted necrotic tissue; To observe the debridement effect, you need to use external lighting (such as a flashlight, etc.), and the lighting effect is not good; fourth, you need to use a syringe for suction when flushing, which must be done intermittently with the debridement operation, and it is inconvenient to check the effect in time

And the operation is very troublesome, time-consuming and labor-intensive, which increases the difficulty of operation for medical workers

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