Intelligent identification high-power semiconductor laser hair removal system with multiple wavelengths and multiple treating heads

Abstract

The invention discloses an intelligent identification high-power semiconductor laser hair removal system with multiple wavelengths and multiple treating heads. The system comprises a system state detection and control unit, a power module, a serial communication interface and a control screen. The system state detection and control unit is further connected with a treating head semiconductor laser device drive unit and further connected with a water circulating cooling unit, and a treating head hand tool, a treating head foot / hand control unit, a treating head skin cooling unit and a treating head water circulation control unit are arranged corresponding to the treating head semiconductor laser device drive unit. The system can be connected with a plurality of different types of semiconductor laser devices, the semiconductor laser devices can work simultaneously, the system can automatically identify the types of the connected semiconductor laser devices, the working parameters of output pulses of all the semiconductor laser devices can be precisely set through the control screen, the individualized demands for different skin types and hair removal of different parts are met, the hair removal efficiency is improved, and a good hair removal effect is achieved.

Description

technical field [0001] The invention relates to the technical field of medical cosmetic laser equipment, in particular to a high-power semiconductor laser hair removal system capable of intelligently identifying multiple wavelengths and multiple treatment heads. Background technique [0002] Semiconductor laser hair removal is a non-invasive modern hair removal technology. This technology uses the principle of selective photothermal action of laser. The melanin in human hair follicles is the target color base. It can be absorbed and converted into heat energy that destroys the hair follicle tissue, the temperature rises rapidly, and the local hair regeneration tissue of the hair follicle is thermally necrotic through thermal diffusion, thereby achieving a permanent hair removal technology that loses the ability to regenerate the hair. [0003] Clinical application practice shows that the hair removal effect of semiconductor laser is related to factors such as wavelength, ene...

AI Technical Summary

Problems solved by technology

[0006] 1. The existing high-power semiconductor laser hair removal system is not equipped with multiple semiconductor lasers with different wavelengths. It is impossible to select a suitable semiconductor laser for personalized treatment according to the patient's skin color and location in clinical practice.

[0007] 2. The existing high-power semiconductor laser hair removal system cannot intelligently identify semiconductor lasers with different wavelengths, different powers, and different spots

[0008] 3. The existing high-power semiconductor laser hair removal system cannot connect multiple semiconductor lasers with different wavelengths, different powers, and different spots at the same time, and realize multiple semiconductor lasers working at the same time

[0009] 4. The operating voltage of the semiconductor laser in the existing high-power semiconductor laser hair removal system cannot be automatically adjusted

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