Modern Medical Beauty Instruments: A Study of The Principles Behind Four Common Techniques
DOI:
https://doi.org/10.54097/5nrje278Keywords:
Beauty instrument; laser; photon; ultrasound; radio frequency.Abstract
In recent years, with the rapid socioeconomic development, and the ongoing upgrading of beauty equipment, medical beauty has become a new fad. In its wake, with the advent of technology come laser, ultrasonic, photon and radio frequency beauty instruments, which are employed in their respective field of application. It is worth acknowledging that the emergence and development of these instruments have provided people with more diversified and personalized beauty choices. Nevertheless, as skin type and demand for beauty care differs from one person to another, it is of particular importance to choose the right instrument and treatment. In this paper, modern medical beauty instruments are compared for discussion based on four mainstream technical principles, followed by an analysis of their respective efficacy as well as their future development. In addition, this paper also notes several possible technical limitations and details corresponding recommendations, in hopes of bringing consumers a better skincare and cosmetic experience, and providing some reference for the technical development of such instruments in future.
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References
Mei‑Fen Chen, Cheng‑Lun Tsai,Yung‑Hsin Chen, et al.Comparative Study of Regulations of Devices for Aesthetic Purposes:US, European Union, China, and Taiwan. Journal of Medical and Biological Engineering 2020. 40:101–111.
Ye Hui, Yin Meng, Sun Xiaoqing. Cosmetic medical equipment and its technical progress in China [J]. Modern instruments, 2012, 18(01):5-9.
Willow. Research on design trend of micro-intelligent beauty instrument [D]. Tianjin Academy of Fine Arts, 2016.
Li Ke, Wang Niao, Chu Wenjin, etc. Study on penetration test and evaluation of ultrasonic cosmetology instrument and plasma cosmetology instrument [J].China Equipment Engineering, 2023(18) : 165-167.
Hong Guozhen. Research on fault automatic diagnosis method of laser medical cosmetic instrument based on fuzzy logic [J]. Medical equipment, 2023, 44(07): 93-97.
Nd: YAG dual-wavelength intense pulsed laser cosmetology instrument, IPL-RP photon cosmetology instrument application principle and the scope of application [C]//China Health Care Association Medical Cosmetology Society. Proceedings of the 9th Southeast Asian Regional Congress on medical cosmetology. 2005: 2.
Gouger. Marketing strategy of laser beauty equipment of CH company [D] . University of Electronic Technology, 2012.
Yukawa Chang. New development of laser medical instruments at home and abroad [J]. Medical Devices, 2002, 11: 32 -35.
Zhang Zhiwen, powerful Qin, Yang Deshan. Principle of ultrasonic cosmetology and ultrasonic cosmetology machine [j]. Journal of Xi'an University of Technology, 1993, 03: 220-227.
Qin Hongmi, Ru Changqu, Liu Huachao. Mechanism of ultrasonic medical cosmetology and instrument design [J] . Acta Jinan University, 2000, 01: 114-115.
Wong kwok-wah. Research on LED cosmetology instrument based on photodynamic principle [D]. Zhejiang University, 2019.
he bingbing, Liao qiming, Guo Zhenyu, etc. Study on the influence of electromechanical parameters on the temperature distribution under the skin of bipolar radio frequency system [J]. Chinese medical cosmetology, 2023, 13(08): 83-86.
Zhang Ningtao, Yang Zihan, Guo Zhenyu, etc. Design and implementation of layered anti-decay bipolar RF electrode array [J]. Biomedical engineering research, 2023, 42(04): 377-383.
Li Ping, Guo jin-tao, Lin Li-feng. Photonic crystal cosmetology [J] . Medical equipment, 2022, 27(10): 25-27.
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