There is a great deal of interest in the new laser liposuction technique. Quite a few feel that laser liposuction is revolutionizing the way liposuction is carried out. The new laser liposuction technological know-how melts fat into a chemical, making removing the fat less complicated.
Melting of the fat, in addition, allows a more uniform association with fat which has so far, with my Boston area practice, ended in smoother skin without the mounds, bumps, and contour deformities that occur in as many as even just the teens of “old time” suction-assisted lipectomy methods.
Additionally, the heat generated during the laser liposuction procedure also tightens skin which helps steer clear of another problem of the elderly techniques, loose skin soon after fat removal.
There are quite significant differences between the key laser liposuction machines utilized today. Because of patent limits, many companies have had to use wavelengths that are not the most specific intended for fat removal. In the write-up below, I will first try and explain the procedure. Then I can describe the technologies employed in the most popular machines. Hopefully, this article will help you choose the best technique for your procedure if you undergo a new operation.
How Does Laser Liposuction Work?
Older standard suction-assisted lipectomy techniques take off fat by inserting a metal tube called a cannula beneath the skin to remove extra fat by aspiration with high power suction.
The fat cells seem to have been ruptured and sucked through beneath the skin. Other promoting tissues beneath the skin are removed. This procedure is quite disturbing and can produce bruising, swelling, and post efficacious, practical, effectual pain, which can lead to a protracted recovery.
Results for extra fat removal are excellent. However, deficiency of uniformity of skin visual appeal and loose skin following your procedure have been reported throughout as many as 20 % involving patients.
The new laser liposuction technique first involves the position of a tiny laser soluble fiber beneath the skin to liquefy or liquefy the fat ahead of removal.
This allows for a let alone traumatic fat removal since much smaller aspiration cannulas work extremely well, and there is less tissue tension and injury to the no fatty tissues. After the laser beam fat melting process, a small cannula about half the size of the actual older cannulas is used to eliminate the liquefied fat.
Additionally, the heat generated by the laser beam causes the skin to tighten up. In my Birkenstock Boston area, patients have shown enhanced skin tightening following laser beam liposuction.
In addition to liquefaction or even melting fat, many more fat cells are hurt but not removed by the laser beam. Much of the fat is reabsorbed by the tissues, so the real volume of suctioned fat is usually less using this new technology. Little areas may be treated without suction.
SlimLipo laser liposuction uses a trademarked 924nm laser wavelength to melt fat. Fat tissue’s 924nm laser is the most specific and highly absorbed laser wavelength. The actual 924nm laser melts approximately five times as much volume of body fat as the other wavelengths being used today. The SlimLipo utilizes a 924nm/975nm blended wavelength for the skin tightening effect.
SmartLipo MPX Machine
SmartLipo is the first machine on the market. The initial SmartLipo used a 1064nm wavelength to melt body fat. The target of the 1064nm is water. Thus the SmartLipo melted fat by heating the water in the fat, and the fat is melted secondarily.
Recently, SmartLipo MPX continues to be introduced, which uses a mixture of 1064nm and a 1320nm laser beam to improve fat melting. Within the resource box below, you can link to a video that compares the fat reduction power of the SlimLipo or the SmartLipo. MPX technologies.
Cool Lipo Machine
Amazing Lipo uses a 1320nm laser wavelength to dissolve extra fat. Although the 1320nm wavelength possesses better fat absorption than the 1064nm wavelength, water remains the primary target of the 1320nm. Thus the fat melting process is the same for the 1320nm as with the 1064nm employed in SmartLipo.
Lipotherme is a new entry into this field and uses a 980nm wavelength for fat burning. Again the primary target on the 980nm wavelength is normal water. This new engineering melts fat by first home heating water rather than by extra fat absorption of the wavelength.
The reason why Wavelength is So Important?
The importance of using the appropriate wavelength to liquefy fat is that the greater the absorption by the fat on the laser energy, the easier and even more complete the fat melting course of action. This is graphically demonstrated from the video link at the end of this informative article.
Not only is the 924nm wavelength used in SlimLipo capable of liquefying 3-5 times as much extra fat per unit of energy for the reason as other technologies, but the extra fat melting mechanism is fully different. The 924nm is utterly absorbed by fat, plus a much larger area of fat is usually dissolved. The other lasers involving water-targeted wavelengths ought to heat water to boiling, plus the water the heats advertisement destroys the fat. This drinking water heating process is reduced, less efficient, and, as shown up in the video, is essentially chipping aside at fat.
The heat created by the water-absorbed laser treatments is also a concern, in my opinion, since the higher temperatures generated through the water heating lasers might be more prone to cause temperature injury or burning.
Who else Should Do Your Procedure?
Liposuction is a surgical procedure no matter what the online marketing campaigns imply. My opinion is the fact that I would only need a Board Certified Plastic Surgeon to execute this procedure on even one of my loved ones or me.
Become very careful and study the actual credentials of your doctor. Many doctors today promote themselves as Cosmetic Surgeons who have never had one day associated with surgical training. Check your doctor’s qualifications by visiting the website of the American Board associated with plastic Surgery.
Many Board Licensed Dermatologists to do this process, and I am sure some are excellent. However, when you have surgery associated with any kind, your physician must have the appropriate surgical coaching to take care of you if something goes wrong.