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2. Wear undergarments that are designed to be comfortable, and don't squeeze your
breasts.
3. Avoid exposure to cold air and shower 4-6 hours later.
Body Shaping
RF
Through radio frequency heating to produce specific RF waves in the subcutaneous
specific depth, through the skin epidermis direct effects on the dermis, allowing
organizations to heat, promote the catabolism of subcutaneous fat, at the same time
stimulate collagen and elastic fibers hyperplasia restructuring, with the newborn
dermis collagen and rearrange, after treatment, can make droopy skin feel up, tight
shaping effect.
Biological Effect
Radio frequency can vibrate 1 million high-frequency radio waves per second,
penetrate the epidermis layer, directly act on the dermis, deep heating collagen cells,
stimulate the growth of collagen fiber, make it have a lot of new collagen support,
make the skin become firer and elastic.Acting on the deep dermis through the
epidermis, water molecules are rapidly heated to produce safe biological heat. When
the natural friction of collagen tissue is heated up to 45
℃
~60
℃
, it will immediately
contract and stimulate the continuous growth of collagen.At the same time,
biothermal energy can effectively accelerate the blood flow in fat cells and release
free fatty acid (ffa), thereby increasing the dissolution of superficial fat and achieving
the purpose of tightening the lifting and sagging parts of the body.
40K&RF
Using the sound wave with a frequency of 4 MHz emitted by the strong sound wave
head gathering strong sound waves, human adipocytes can produce a strong impact
and friction movement between adipocytes after entering the human body, which can
effectively consume heat, water and shrink adipocytes. In addition, when sound waves
vibrate, it can make adipocytes smaller. Strong crack will come along, cells will burst
instantly, adipocytes reduce, so as to achieve the effect of fat removal.
Cavitation Principle of Ultrasound: Tens of thousands of tiny bubbles, namely
cavitation bubbles, are produced by vibration of liquid. These bubbles grow in the
negative pressure region formed by the longitudinal propagation of ultrasound, and
close rapidly in the positive pressure region, thus being compressed and stretched
under alternating positive and negative pressures. The bubbles will be compressed
until burst, which will generate huge instantaneous pressure, generally up to tens of
MPa to hundreds of MPa, and produce strong vibration and noise.