2024 Laser Equipment Liposuction Professional Medical Liposuction Body Slimming Fiber Diode Laser Machine

hot fat injections burning cream rf fat burning face slimming machine gel ginger coffee waist trainer burning oil tea pills	China supplier plasma skin rejuvenation machine facial whitening wrinkle removal acne treatment skin sterilization machine	Electric Body Fat Burning RF Ems Body Slimming Machine for electric muscle stimulator device
massage slimming machine fat burning ems machine ems muscle stimulator machine 4 handles	ems  machine muscle stimulation China supplier Newest Muscle Building Fat Burning EMS Slimming Weight loss muscle stimulato	fat removal machine muscle stimulator profesiona portableems fat burning ems muscle stimulator for face

1470nm Diode Laser
The 1470nm semiconductor laser has highcutting efficiency and can be conductedthrough optical fiber. it can be absorbed byhemoglobin and cellular water. The heat canbe concentrated in a small volume of tissuequickly vaporize and decompose the tissuewith less thermal damage. The advantagesof coagulation and hemostasis. lt is suitablefor minimally invasive surgery such as tumorresection, surgical operation, prostatectomyvaricose veins,etc.
The 1470nm lipolytic laser therapeuticinstrument uses an advanced semiconductor fiber coupled laser to accurately locatethe excess fat in the body through a disposable lipolytic fiber therapy needle, directlyhit the adipocytes in the target tissue, and rapidly dissolve and liquefy. The instrumentis mainly used for deep fat and shallow fat. lt transfers energy directly to fat cells foruniform heating. During the heating process, the structure of connective tissue andfat cells can be changed by controlling heat. It has both photothermal effect (todissolve fat) and photodynamic effect (to separate fat cells from normal tissues) on fattissue. lt decomposes fat cells to make them uniform and liquefied, and expels fatliquid out of the body through ultra-fine positioning needles, Fundamentally reducethe number of fat cells and effectively avoid postoperative rebound.