Double light path water jet yag laser treatment system

Abstract

The invention discloses a double-optical-path water and gas spraying YAG laser treatment system which comprises a water / gas generation subsystem, a control subsystem, a continuous laser generation subsystem, a pulse laser generation subsystem and a continuous / pulse laser treatment handle. The continuous laser generation subsystem and the pulse laser generation subsystem are each provided with a shielding layer. The double-optical-path water and gas spraying YAG laser treatment system can avoid internal or external disturbance. A fog steam mixture is applied to oral cavity laser facilities for the first time, the strong analgesic effect like morphine can be achieved, and it can be guaranteed that vision is clear and the focus location protrudes in the treatment process. The purpose that one instrument is used for one patient in the oral cavity laser facility field is achieved for the first time, so that the cross infection between patients is effectively prevented, and the national medical level is effectively improved. Pulse laser of high-peak power and continuous laser of high average power are integrated in the same facility for the first time, so that the clinical effect is greatly improved, the clinical application range is greatly expanded, and one facility is equal to one treatment system.

Description

technical field [0001] The invention relates to the field of laser technology, in particular to a double-optical-path water-jet and air-jet YAG laser treatment system. Background technique [0002] As a major scientific and technological achievement, laser technology has opened up a new way to study the occurrence and development of life science and disease, provided a new means for health care and clinical diagnosis and treatment, and promoted human science and technology to enter a new stage of development. The characteristics of laser light, as well as the specific rules in the process of its interaction with biological tissues, can be used for research, diagnosis and treatment of diseases. When the current laser treatment equipment is used, it needs the help of drugs for analgesia, and the analgesic effect is poor. During the treatment process, the vision is blurred and the lesion is not prominent enough, which is prone to mistreatment. During the operation of the equipm...

AI Technical Summary

Problems solved by technology

When the current laser treatment equipment is used, it needs the help of drugs for analgesia, and the analgesic effect is poor. During the treatment process, the vision is blurred and the lesion is not prominent enough, which is prone to mistreatment. During the operation of the equipment, the equipment is easy to interfere with each other. Moreover, most of the existing laser treatment equipment has poor clinical effects and is reused, so patients are prone to cross-infection

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