Ultrasonic Surgical Knife System

Abstract

An ultrasound knife system comprises a control plate, a high-frequency power source, an ultrasound osteotome system, an ultrasound attraction knife system, an ultrasound scalpel system, a liquid feeding system and a liquid discharging system, wherein the ultrasound osteotome system, the ultrasound attraction knife system, the ultrasound scalpel system, the liquid feeding system and the liquid discharging system are connected with the control plate respectively. The control plate communicates one of the ultrasound osteotome system, the ultrasound attraction knife system and the ultrasound scalpel system with the high-frequency power source, the liquid feeding system and the liquid discharging system. The ultrasound knife system can switch freely among the ultrasound osteotome system, the ultrasound attraction knife system and the ultrasound scalpel system, switching time is short, the method is simple and convenient, an operation process is not delayed, and operation efficiency is improved. The ultrasound knife system can effectively improve cutting efficiency and effects of knives, has a remarkable cleaning effect on bacteria contaminating wound, promotes the wound to heal fast, and improves medical treatment effect.

Description

technical field [0001] The invention relates to a surgical medical device, in particular to an ultrasonic surgical scalpel system for surgery. Background technique [0002] Along with the rapid development of modern medicine, existing various types of surgical equipment are put on the market as commodities, such as scalpels such as high-frequency electric knife, laser knife and microwave knife used for surgery. These high-tech scalpels have replaced traditional scalpels and are used in activities such as excision of human diseased tissues and clinical surgical treatment. When they work, they vibrate ultrasonically with a large amplitude and emit strong laser or microwave, which can significantly improve the quality of medical treatment and shorten the recovery time during clinical operations. In the prior art, when cutting soft tissue with a general scalpel, a certain amount of back-and-forth tension is required, resulting in a lot of bleeding. Cutting soft tissue with a hi...

AI Technical Summary

Problems solved by technology

In the prior art, when cutting soft tissue with a general scalpel, a certain amount of back-and-forth tension is required, resulting in a lot of bleeding. Cutting soft tissue with a high-frequency electric knife will cause carbonization at the cut site, and there is a great risk of electric shock when using a high-frequency electric knife , has a burning effect on tissues, and the use of laser scalpels and microwave scalpels will also cause certain damage to human tissues, and the above-mentioned knives all have low cutting efficiency and low efficacy

[0003] In addition, various surgical knives in the prior art are used alone. If you want to replace another surgical knives, you must replace the knives, which seriously affects the operation efficiency and medical effect.

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