English Premier League club Manchester City have taken the unusual step of offering complimentary laser tattoo removals to their fans should the club press ahead with plans to redesign their badge.
Aware that thousands of fans the world over have the current badge inked about their person, City executives are apparently mulling over making the gesture as and when they overhaul the crest.
The decision to renovate the City emblem was made last week, with fans voting to ditch their current eagle shield in favour of a return to a more traditional round badge.
That said, with Chinese investors ploughing another £256 million into City this very week, it shouldn’t end up making too much of a dent in the coffers overall.
But how does Laser Tattoo removal actually work?
The laser breaks down the ink molecules into smaller pieces and allows them to be absorbed into the bloodstream. It can cause redness and a fine blistering over the area treated. It’s not for the faint-hearted, but certainly nothing compared to the process of actually getting the tattoo in the first place.
That tattoo on your arm of a former flame—the one that seemed like a great idea years ago—is kind of embarrassing today. And your spouse is not too crazy about it either
The ability to remove a tattoo will vary by the amount, colour, age, and depth of tattoo pigment applied to the skin. In general, the older the tattoo, the faster it responds to treatment. Certain colours and complex pigments (i.e., greens, purples, and yellows) may be more difficult to remove. Different techniques may be necessary to remove various colours from the skin.
The best laser for removal depends on the size and location of the tattoo, the type and colour of the tattoo pigments, and your willingness to accept incomplete removal, scarring, or multiple treatment sessions. Certain dark coloured tattoos and some deeply applied tattoos will take multiple sessions with lasers and may be costly. However, this almost complete and virtually scarless removal often makes laser treatment one of the best options.
Unwanted cosmetic tattooing around the eyebrows and / or lips, or tattooed eyeliner, can usually be lightened and improved with one of several laser treatments. A test spot may be necessary to determine the best laser to remove a particular pigment. Certain tattoo inks, especially those with titanium dioxide or ferric oxide, will turn jet black when treated with a Q-Switched laser. In some cases, you will be advised of this possibility and treatment with the CO2 or Erbium laser will be recommended. You may require multiple treatments for optimal results.
Artists create tattoos by using an electrically powered machine that moves a needle up and down to inject ink into the skin, penetrating the epidermis, or Inked and Regretful: Removing Tattoos T hat tattoo on your arm of a former flame—the one that seemed like a great idea years ago—is kind of embarrassing today. And your spouse is not too crazy about it either. Unfortunately, removing a tattoo is not as simple as changing your mind. outer layer, and depositing a drop of ink into the dermis, the second layer. The cells of the dermis are more stable compared with those of the epidermis, so the ink will mostly stay in place for a person’s lifetime. Tattoos are meant to be permanent
With laser removal, pulses of high intensity laser energy pass through the epidermis and are selectively absorbed by the tattoo pigment. The laser breaks the pigment into smaller particles, which may be metabolized or excreted by the body, or transported to and stored in lymph nodes or other tissues. The type of laser used to remove a tattoo depends on the tattoo’s pigment colours, he adds. Because every colour of ink absorbs different wavelengths of light, multi-coloured tattoos may require the use of multiple lasers. Lighter colours such as green, red, and yellow are the hardest colours to remove, while blue and black are the easiest.
Generally speaking, just one laser treatment won’t do the trick. According to the American Academy of Dermatology, the procedure requires multiple treatments (typically six to 10) depending on a tattoo’s size and colours, and requires a few weeks of healing time between procedures. Some side effects may include pinpoint bleeding, redness, or soreness, none of which should last for long.
The ability to remove tattoo ink safely, efficiently and with minimal side effects has improved significantly in the past decade. With the introduction of quality switched (Q-switched or QS) lasers, older, unsafe techniques have all but fallen by the wayside and replaced with Laser Tattoo Removal Melbourne That said, many practitioners are still unclear as to the standards that should be used when implementing a tattoo removal protocol, even with access to proper equipment. This article briefly discusses older, now obsolete methods of tattoo removal and current modalities used to resolve ink, with a strong emphasis on the importance of incorporating the recommended best standards in hopes of improving patient satisfaction and treatment outcomes.
Previously Used Tattoo Removal Methods
Non-laser tattoo removal techniques may still be available in some communities, although they are now nearly obsolete because of unpredictability, poor clinical outcomes and serious adverse events.
Thermal destruction of tattoo ink via fire and hot coals has been used for centuries to try to remove unwanted tattoos, usually with significant scarring. Thermal cautery, electrocautery and infrared coagulation are equally unpredictable and often result in unwanted side effects.
Some practitioners have attempted to use liquid for tattoo removal, with disastrous results which can lead to the destruction of skin cells and leads to unpredictable results, including hypo pigmentation, scarring and prolonged healing.
Destruction of ink via exposure to acid, specifically phenol solution and trichloracetic acid, has been implemented, but this method also leaves hypopigmented scars and causes ink retention.
Following exposure to a Q-switched device, a very minimal amount of tattoo ink may be eliminated as the post-treatment crust sloughs off, but the primary mechanism of action of pigment particle removal is through engulfment via phagocytosis. Following laser treatment, tattoo pigment can be found in regional lymph nodes, so it is believed that ink is removed, at least partially, through lymphatic drainage.