Although this can cause a lot of bleeding and trauma to the underlying skin, the overall success of the surgery remains high when performed by a licensed professional. Smart lipo is less invasive because it does not require the use of a general anesthesia. Instead, the surgeon can use a local anesthetic, which serves to numb the site of the procedure. Furthermore, smart lipo lasers uses a much smaller cannula that causes little to no trauma to the underlying skin. As a result, there is a dramatic difference in recovery times between the traditional method and smart lipo. Many patients prefer the latter because it can be impractical to take time off from work in order to recover from a completely elective surgery.
Just like the traditional surgery, this alternative surgery is also fairly simple. However, the differences between the two can have a big impact on which method a patient chooses. In fact, the biggest difference is the method in which the surgeon removes the excess fat. While the more invasive procedure might employ the use of a tumescent, or softening agent, to make the fat removal much easier, the use of lasers in the smart lipo procedure works to completely melt and dissolve the fat tissues.
Therefore, instead of using a large cannula to break through the excess fat, the alternative procedure melts the fat first, and then uses a much smaller tube to drain the melted fat. Depending on the amount of fat that has been melted, many surgeons will elect to skip this step, since the body can easily absorb and naturally remove small amounts of fat. While smart lipo is indeed a good alternative, it won’t make traditional liposuction obsolete any time soon. The laser technique cannot remove as much fat as the traditional method. Additionally , patients susceptible to burning might want to discuss their options with a plastic surgeon to avoid damage to the skin. If needed interested individuals can click here http://knockyourhealth.com/lipolaser/ or visit our official website in order to know about KnockYourHealth Lasers.