The tattoo removal procedure is a mystery to many. However, it’s science and not magic. You may need to go to a tattoo removal school to learn in detail about it.
Laser tattoo removal is an exciting process for both artists or practitioners and patients alike. Unfortunately, only a few people understand and science behind the procedure. That’s why we will discuss in detail how the process works so that everyone is on the same page.
How Do Lasers Remove Tattoos?
Lasers break down the larger ink particles into tiny pieces to make sure white blood cells absorb them. You need to heat ink particles to break them up. Heating will make them expand due to the thermal expansion. However, you need to make sure the zap is pretty quick so that 50% of the particles remain cool. The opposing cool and hot forces then segregate the ink parties into tiny pieces.
Once the lasers break the ink particles into smaller pieces, the white blood cells can absorb them to transport to the liver and eliminate.
There is also a specific type of laser pulse creation available called Q-switching. Such lasers produce brief and powerful pulses of energy that last just a few nanoseconds. This intense and fast energy pulse plays a key role in answering how tattoo removal school works.
Q-switched lasers are very useful to remove tattoos. Tattoo ink particles are tiny which are often nanometers in diameter. Therefore, you need to heat them for a small period to warm up and explode.
In contrast, skills cells are much larger and you need to heat them for a more extended period to damage them. Since a Q-switched laser pulse is so brief, it can quickly heat and shatter tattoo links without warming up the surrounding skin tissue. Plus, the briefness of the Q-switched laser pulse enables tattoo artists to purposely destroy the tattoo ink particles while leaving the surrounding skin unaffected.
What Tattoos Can You Remove?
Today’s latest tattoo removal lasers can effectively remove most tattoos, but not all tattoos you can remove entirely.
Factors such as ink density, location, color, and age can impact the overall success of the tattoo removal process.
Removing older tattoos is more effortless than new ones because the ink particles weaken over the period and can easily break down. The best color to remove is black as it consumes light more than other colors.
However, skin type plays a key role when it comes to laser tattoo removal. Darker skin types have more melanin, so you cannot target specific colors of ink. Black link is comparatively safe on all skin types. However, you must be careful if you have more pigment in your skin to avoid possible damage to your skin. The best tattoo removal school considers all of these factors when creating an individual treatment plan. They have a proven track record of complete removal on various tattoo locations, ages, and skin tones.
What Are the Alternative Tattoo Removal Methods?
If you require a tattoo for a new job, remember that laser tattoo removal is time-consuming. You need to go for multiple sessions to remove the ink altogether. You may even need to take several sessions before your tattoos show noticeable differences depending on the ink’s location and density.
Ideally, you should have a month or two months between sessions to allow your body time to wipe out the broken ink particles from your session.
But remember, the size of tattoos doesn’t affect the tattoo removal process. Even if you have the tiniest tattoo, it could take significant time to diminish depending on the density and depth of the ink.
There are various tattoo removal methods taken up by tattoo artists that come with their risks and quirks. Here are two of the most common ones:
● Tattoo removal creams: These creams help to lighten ink gradually through a topical application. Many creams are bleach-based which can cause skin scarring, discoloration, and chemical damage to the skin. So, you must be careful before applying any cream and investigate the composition of the cream thoroughly.
● Excision: This is ideally used for smaller tattoos. It removes the section of skin where your tattoo is located. Excision involves stitches and specific scarring.