Transdermal infiltration promoting method for plastic surgery

[0024] An embodiment provided by the present invention: a transdermal permeation enhancement method for plastic surgery, the staff evenly applies the cosmetic liquid on the face of the beautician, so that the face of the beautician is evenly covered with a layer of cosmetic liquid, The staff puts the ultrasonic probes of the ultrasonic infiltration instrument on their hands. There are ten ultrasonic probes, and the ten ultrasonic probes are respectively electrically connected to the super god wave generator on the ultrasonic infiltration instrument. Each ultrasonic probe is fixed on the On the ring sleeve, ten ring sleeves are placed on the ten fingers of the two hands of the staff respectively. The ultrasonic probe is located at the palm of the hand downward. The staff’s hand massages the face of the beautician while sending out ultrasonic waves through the ultrasonic probe to promote penetration. The ultrasonic probe promotes the penetration of the beauty liquid on the face of t

[0026] An embodiment provided by the present invention: a method for promoting permeation through the skin for plastic surgery. Ultrasonic waves have a cavitation effect, and cavitation is the activity of various forms of sound-induced bubbles. Cavitation phenomenon is easy to occur in a liquid medium; In the positive phase, the bubbles grow closer to their equilibrium radius. In the positive phase, the increase in pressure causes the bubble radius to decrease. Once the bubbles implode, the local temperature can rise to several thousand degrees Celsius; the increase and decrease of the bubbles and the life of the bubbles depend on The amplitude of the ultrasonic parameter sound pressure, the cavitation phenomenon in the liquid medium exists in two forms: steady state and transient state; steady state cavitation refers to those bubbles that vibrate many times near the equilibrium radius Rr, these bubbles are accompanied by vibration during the vibration process A series of second-o

[0029] An embodiment provided by the present invention: a transdermal penetration enhancement method for plastic surgery, the mechanical effect is the most basic primary effect of ultrasonic waves, and the vibration and sound pressure generated by ultrasonic waves have a direct impact on cells and tissues; Shear force and microacoustic flow can destroy cell membranes, and mechanical effects can widen the intercellular space, which can enhance the permeability of the skin.