Medicinal scraping trimmer

Abstract

The invention provides a medicinal scraping trimmer. The trimmer comprises a handle, and a forked seat and a cutter frame which are integrated at the front end of the handle, wherein the cutter frame is arranged on the forked seat or a U-shaped seat through a rotating shaft; the lower end of the cutter frame is provided with a blade groove; blades are arranged in the blade groove; the cutter frame is provided with clamps; the forked seat is provided with clamp grooves matched with the clamps; the cutter frame is positioned at the tail of the forked seat and is provided with a cutter handle for rotating the cutter frame; and the tail of the cutter handle is contacted with an inner side at the bottom of the forked seat. After the structure is adopted and when the blades are arranged, the cutter handle is lifted and turned over upwards and forwards to expose the blade grooves for placing the blades conveniently; the blades are clamped by hemostatic forceps or needle-holding forceps to be inserted into the blade groove; the cutter handle is turned over backwards and pressed downward to make the cutter frame reset; and the cutter handle is blocked at the bottom of the forked seat (or the U-shaped seat) to lock the blades. After the blades are arranged, an operation can be started.

Description

Technical field: [0001] The invention relates to the field of cosmetic plastic surgery instruments, in particular to a medical scraping trimmer. Background technique: [0002] At present, when performing subcutaneous tissue removal surgery, because there is no special scraper and trimmer, surgical scissors or a scalpel are mostly used to remove the subcutaneous tissue, which is difficult to remove and the operation progress is slow. When it is necessary to trim some surgical filling materials, there is no special scraper and trimmer. For example, in rhinoplasty surgery, a rhinoplasty material is a nasal mold, and an installation groove needs to be opened under the nasal mold, and placed in the On the nasal bone, due to the individual differences of the patients, the installation grooves cannot be produced in a uniform standard, so no installation grooves are set for the nasal molds during production. During the operation, the nasal mold sculpture needs to be performed accord...

AI Technical Summary

Problems solved by technology

[0002] At present, when performing subcutaneous tissue removal surgery, because there is no special scraper and trimmer, surgical scissors or scalpels are mostly used to remove the subcutaneous tissue, which is difficult to remove and the operation progress is slow

When it is necessary to trim the filling material of some operations, there is no special scraper and trimmer. For example, in rhinoplasty surgery, a rhinoplasty material is a nasal mold, and an installation groove needs to be opened under the nasal mold, and placed in the On the nasal bone, due to the individual differences of the patients, the installation grooves cannot be produced in a uniform standard, so the nasal molds are produced without setting the installation grooves. During the operation, the nasal mold sculpture needs to be performed according to the individual operation. At present, it is usually performed with a scalpel. Sculpture, the sculpture of the nose mold is actually cut, and the material of the nose mold is often relatively tough, it is difficult to cut with a scalpel, and the sculpture takes a long time. The surface of the nose mold after sculpture is uneven, rough and not smooth, and the installation groove cut out is sharp. V-shaped, which seriously affects the progress of the operation and the effect of the operation

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