Is Laser Tattoo Removal Effective?
With the exponential growth in individuals getting tattoos done, laser tattoo removal equally grows in popularity. The cosmetic procedure is a proven treatment. Laser tattoo removal safely demonstrates results with little after effects.
Laser tattoo removal uses laser technology that reacts with tattoo ink. The lasers break down the ink. The broken-down ink absorbs into the body and mimics the natural fading that time and sun exposure creates. Do you have a tattoo you regret, can no longer have, or simply want to get rid of? The Miami Center for Dermatology offers Laser Tattoo Removal using the latest technology.
How Colors Affect Laser Tattoo Removal
The colors in a tattoo matter in the process of laser tattoo removal. They can impact the settings and utensils needed during the procedure. All-black or blacked out pieces of art require a specific adapter. They are removed quicker and more efficiently than tattoos created utilizing colored ink. Color tattoo treatment is a multi-stage process requiring a different adapter during the tattoo removal treatment.
The beginning rounds normally treat only the black parts of the tattoo. Targeting areas of a tattoo require adjustments to the utensils to remove each set of colors. Greens and blues are the most likely to cause some mild blistering, but it normally subsides within 48 hours.
How Age Affects Laser Tattoo Removal
Tattoos fade as time goes on, but not for the reason that most people think. The outer layer of the skin referred to as the epidermis, sheds cells regularly. However, tattoo ink is injected far deeper than this top layer. Though the cells that form the dermal layer where the ink resides, a perpetual renewal procedure is still taking place. Old skin cells containing tattoo ink die off and the area rejuvenates with healthy, new cells. Plain, clean skin cells replace the removed microscopic dots of ink. The visual effect that remains is fading. Fading is a positive occurrence in regards to laser tattoo removal. It takes far less time to remove a tattoo when the tattoo is old, and the ink-filled cells are already replaced with new cells.
Does Laser Tattoo Removal Hurt?
There are commonly held opinions about a tattoo removal procedure, and unfortunately, most of the rhetoric is accurate. To put it plainly, tattoo removal hurts. A test spot with a tattoo removal laser is administered to give you an idea of the level of pain you’re going to experience, and better prepare you for the full power of the laser coming next.
For those with a low pain threshold, there is the option of lidocaine-based creams and salves that numb the area, and lessen the potential pain. However, if you’re prepared to handle the suffering, comfort can be taken in the fact that the procedure won’t last long. You can take a pause at any time you need. There is no shame in asking for a respite if the pain is becoming a bit too intense.
What To Consider In A Tattoo Removal
- All Tattoo pigments have specific light absorption spectra. A tattoo laser must be capable of emitting adequate energy within the given absorption spectrum of the pigment in order to provide an effective treatment. Certain tattoo pigments, such as yellows, greens, and fluorescent inks are more challenging to treat than the darker blacks and blues.
- These pigments are more challenging to treat because they have absorption spectra that fall outside or on the edge of the emission spectra available in the respective tattoo removal laser.
- Widely considered the gold-standard treatment modality to remove a tattoo, Laser Tattoo Removal requires repeat visits to remove a tattoo.
Rarely Scar With Q-Switched Tattoo Laser Removal
- InfinitInk is a brand of ink enabling easier tattoo removal with a single laser treatment. The National Institutes of Health state that Q-switched lasers only result in scarring rarely, and are used after a topical anesthetic has been applied. Areas with thin skin will be more likely to scar than thicker-skinned areas.
- Q-switched lasers come in several types. Each is effective in removing a different range of the color spectrum. Lasers developed after 2006 provide multiple wavelengths and successfully treat a much broader range of tattoo pigments than previous Q-switched