Laser lipolysis system

Abstract

The invention discloses a laser lipolysis system. The system comprises a laser module, a controller, a cooling component, an operation optical fiber device and an optical fiber connector, wherein the laser module comprises a first laser component and a second laser component; a first laser is a visible wavelength laser for indicating a radiation region, a second laser is an infrared wavelength laser for lipolysis, and the wavelength of the first laser is different from that of the second laser. The laser lipolysis system can be used for outputting lasers with two wavelengths, and an elliptical laser beam output by utilizing a flat round optical fiber can be used for quickly, smoothly and safely dissolving fat in a thin fat layer. By means of an optical fiber identification system, initial data in a radio frequency transmission memory can be inquired through a radio frequency reader-writer, the manufacture and state of an operation optical fiber can be identified, new data is saved according to use records, and disposable use of the optical fiber can be identified and controlled by the controller, so that cross infection can be avoided.

Description

technical field [0001] The present invention relates to laser, electronics and mechanical technologies, and in particular to a laser fat-melting system. The system utilizes an oval-shaped laser beam output from an oblate optical fiber to melt fat quickly, smoothly and safely in a shallow fat layer. Background technique [0002] With the continuous improvement of people's living standards and the overall demand of the weight loss market, people continue to explore, research and try various methods and approaches of minimally invasive weight loss and fat melting through various means. [0003] At present, the methods of minimally invasive weight loss mainly include ultrasonic fat dissolving, local injection of fat dissolving, and traditional laser fat dissolving. [0004] The principle of ultrasonic lipolysis is to convert electrical energy into mechanical energy through a magnetic transducer or piezoelectric crystal. During the operation, the probe emits ultrasonic waves of ...

AI Technical Summary

Problems solved by technology

[0006] The optical fiber operation end face used in traditional laser fat-melting surgery is mostly a flat-headed optical fiber. The energy output of this optical fiber is linear and non-diffusion. A slight deviation in the laser beam angle may cause skin burns, and the fat-melting efficiency is low. , increasing the operator's pain and the doctor's working time

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