Laser Tattoo Removal – There are many methods like dermabrasion, chemical removal and excision, however, these methods are thought painful and can cause a specific level of scarring. The following is where laser tattoo removal stands out as a good and safe procedure to get rid of tattoos. Q-switched lasers give a safe and successful method for removing a variety of tattoo inks with virtually no negative effects. This FDA approved laser is the latest in a string of lasers designed to eradicate unwanted tattoos.
So How Exactly Does Medilase Work? The Q-Switched laser device delivers light at very high energy. The vitality pulses get absorbed by the tattoo, consequently breaking it into tiny pigment particles that are sufficiently small for removal with the body’s natural immunity mechanism. Once the ink is divided, the body’s immunity mechanism flushes it from the body, over a couple of weeks. Although quite effective, Medilase fails to happen overnight and needs several session.
The ink found in tattoos is made from minerals. To comprehend how tattoo removal works consider the ink as tiny “rocks.” Traditional lasers used for tattoo removal are known as Q-Switches. These nano-second lasers predominantly count on photothermal action and deliver heat into the pigment and surrounding tissue. With multiple treatments the “rocks” are split up into smaller and smaller “pebbles.” Often, 11-15 were necessary to slowly remove the ink and total clearance is rarely possible with this older technology.
A newer technique that numerous clinics are selling using the Medilase is definitely the R-20 method. The R-20 technique contains several passes with all the Q switch laser (usually 4) per visit, with 20 minutes rest between each pass. Each visit could be separated with a few additional weeks than the standard tattoo removal treatment (usually 8 weeks between visits).
Since the R-20 technique makes more passes within the tattoo, there exists greater risk of skin damage like bleeding and weeping. Results with all the R20 method vary between clinics and depend greatly on the system used and the skill in the technician. A much better, more skilled technician will produce better results and cause less harm to the individual.
The latest laser technologies operate at higher speeds compared to old Q Switch lasers. The Picosure laser will be the fastest in the new technologies, measured in trillianths of any second. It uses pressure-wave technology that produces a powerful mechanical impact that shatters the ink into tiny particles. The “rocks” are not reduced to “pebbles,” but rather become “sand.” These tiny ink particles are easily eliminated from your body. Tattoos are cleared completely in as few as 3-5 treatments, with less fluence, and without injuring the surrounding skin. These higher speed lasers are effective on previously treated tattoos that failed to dvakac and even stubborn inks can be taken off with fewer treatments. Tattoos may be cleared in just one third time as traditional lasers along with less discomfort.
Healing time following a tattoo is treated with the newer laser technology is comparable to those of traditional lasers but far fewer treatments are required. Dark colours including black and dark blue will fade the easiest and could require only 1 to 3 treatments. Other colours fade more slowly and might require 5 (or more) treatments. Red and white will fade much slower than other colours. Overall, skin looks clearer as the pigment diminishes gradually over a duration of six or seven weeks. Treatment may then be repeated if required.
The fee for any tattoo removal is based on the size and colour(s) in the tattoo so Medilase clinics required an assessment to ascertain the exact price. Prices can vary somewhat from clinic to clinic but count on paying the absolute minimum cost per treatment solutions are $200; the utmost will likely not exceed $1000.
The price for newer technology treatments is higher per square in . of ink compared to traditional lasers, but the total cost to remove the tattoo will be lower as the clearance is really considerably faster than older technologies that the total cost is much less. Medilase laser technology was FDA approved in the U.S. in December 2012 and was approved in Canada in July 2013. As in the date of this writing there are 17 Picosure lasers in the U.S. and merely 1 in Canada.