Latest Advancements in Laser Tattoo Removal

Share on facebook
Facebook
Share on google
Google+
Share on twitter
Twitter
Share on linkedin
LinkedIn
laser tattoo removal

There are times when a tattoo seems like the best way to commemorate an event or someone special. After some time, however, having this tattoo might not seem like a good idea. Most people opt to draw something over the existing tattoo to change its design to some extent while others go for tattoo removal creams and other over-the-counter solutions.

In most cases, these alternatives are ineffective and might leave you with ghastly scars and infections. The best option these days for tattoo removal is the use of lasers.

Laser tattoo removal in Salt Lake City, for example, works by breaking up the color pigment used for your tattoo using a high-intensity light beam. It has existed for some time now, but the technique has undergone various advancements since its inception to boost its efficiency.

Here are some of the latest technologies used in laser tattoo removal:

R20 Tattoo Removal

This procedure is based on the theory of repeated laser light exposure in one session. This is impossible with Q switched lasers since the frosting created by the lasers prevents the penetration of subsequent laser beams. The laser beam in R20 removal is delivered under the same parameter as a Q-switched laser, and then a gap of 20 minutes is allowed before passing the laser over the tattoo again.

R20 laser beam exposure results in faster tattoo removal and requires fewer sessions compared to conventional techniques. One session, however, takes 3-4 hours.

R0 Tattoo Removal

This was designed to negate the 20-minute waiting period between passings of a laser beam in R20 tattoo removal. The frosting seen in laser tattoo removal is attributed to the release of gas bubbles on your skin.

To avert this, R0 tattoo removal uses an FDA-approved liquid perfluorocarbon called perfluorodecalin. The liquid is applied on the tattoo site after the passing of the laser to dissolve the gas bubbles formed in 3-5 seconds. This reduces the tattoo removal time and increases the penetration depth of the laser beam.

young woman with tattoo on her backPicosecond Laser

The picosecond laser has pulse durations between 50-100 picoseconds, compared to conventional lasers, which have durations of a nanosecond. Therefore, this laser has faster heating of the tattoo and a finer fragmentation compared to conventional methods, thanks to the high peak energy of its laser beam. That said, it removes tattoos faster than other lasers and takes fewer sessions.

Combination Laser

This option allows the combination of a Q-switched laser and an ablative or nonablative fractional laser. In this case, the fractional laser will create multiple skin channels on the treatment site, allowing better laser beam penetration. Moreover, it aids in dermal and epithelial restructuring; therefore, minimizing scars and skin pigment alterations after the tattoo’s removal.

The number of treatments sessions you will need for your tattoo removal depends on your tattoo’s size, age, and color. Your skin pigmentation and the depth of the tattoo pigment will also play a role in the number of removal sessions needed. The above technological advancements play a significant role in reducing the number of required sessions. That said, laser tattoo removal is not as expensive as it was in the past.