High-precision fiber laser diagnosis debridement all-in-one machine for burning diagnosis and treatment

Abstract

The invention discloses a high-precision fiber laser diagnosis debridement all-in-one machine for burning diagnosis and treatment, comprising a fiber laser, which generates an ultra-short impulse laser of an infrared wave section; a multispectral imager, which is used for diagnosis of medical burning depth and area; a light beam scanner, which is used for focusing, scanning and outputting the ultra-short impulse laser generated from the fiber laser through an optical collimator and a lens; a moving bed, which is used for carrying the wounded so that the wounded can move and rotate along with the beam. The all-in-one machine has the advantages of high precision, small volume, light weight, bendable and foldable fiber, strong reliability, and being able to fix or carry by hands and convenient to use flexibly; the machine can automatically scan and is high in debridement efficiency, and has extensive application potential.

Description

technical field [0001] The invention belongs to laser debridement technology, and specifically refers to a high-precision optical fiber laser diagnosis and debridement integrated machine system for diagnosis and treatment of burns. Background technique [0002] According to the statistics of the U.S. military, more than 70% of the wounded in modern warfare have burns in various degrees, and there are similar reports in China (Wang Zhengguo, "Surgery and Field Surgery", People's Military Medical Publishing House, 2007). Among all diseases, traumatic diseases have the highest incidence rate, and trauma is the first cause of death in young adults, and debridement is the first step in the treatment of traumatic diseases such as burns. Whether it is natural disasters such as earthquakes, or traffic accidents, fires, etc., the vast majority of the wounded need to receive debridement treatment. Debridement is a basic surgical operation and plays a very important role in the field ...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide a high-precision optical fiber laser diagnosis and debridement all-in-one machine for diagnosis and treatment of burns, which uses a high-resolution multi-spectral imager to diagnose skin burns and debridement degrees in real time, and to control ultra-short cuts at different degrees of skin burns. Pulse laser debridement parameters, to achieve accurate and rapid removal of degenerated necrotic tissue such as skin after burns, overcome the problems of incomplete, slow speed, and low precision of traditional debridement techniques, and realize accurate detection and rapid degeneration of degenerated necrotic tissue such as burned skin to clear

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