08月26 Laser lipolysis With a 980nm Diode Laser Machine
980nm Laser lipolysis is recognized as an effective, non-surgical solution for fat removal and body reshaping. Its appeal lay in the procedure’s ability to treat localized fat deposits and correct body asymmetries with apparent decreased risk compared to traditional liposuction.
The energy emitted by the laser uses volumetric heating to destroy fat cells, contract skin and stimulate collagenesis. Although devices of five different wavelengths are FDA approved for lipolysis, it has been found that the 980 nm diode laser is consistently successful in inducing the required fat-heat and skin-heat interactions necessary for optimal results. Although laser lipolysis is not intended to replace traditional liposuction, it offers patients a procedure that yields similar benefits with fewer complications and faster recovery.
Laser lipolysis is designed to provide selective adipose damage, while simultaneously facilitating fat removal, enhancing hemostasis and increasing tissue tightening. The procedure is increasingly gaining recognition as an effective, non-surgical solution for reshaping specific body areas. Laser lipolysis should not be regarded as a replacement for traditional liposuction, nor should it be seen as an alternative to a traditional weight loss regimen. Its role is to treat localized fat deposits (e.g., hips, flanks, etc.) that have shown resistance to diet and exercise. In addition, laser lipolysis can be used to correct body asymmetries (e.g. asymmetry of the knees, male breasts, etc.) or irregular contour (e.g. due to prior liposuction). Historically, lasers have been used to target relatively small structures, such as blood vessels and pigment; fat deposits represent a much larger target and require a different focus. Targeting adipose tissue requires one to heat a large volume of tissue; therefore, it is crucial that the wavelength used can propagate adequately into the tissue allowing for enough absorption to maintain sufficient control of the heated area. The heat generated in the fat should transmit to the skin in order to maximize the controlled heating of the skin. The controlled temperature rise in the skin is necessary to achieve optimal skin contraction. Finally, the ideal wavelength should also have the ability to seal small blood vessels which minimized blood loss during the procedure.
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