Laser tattoo removal is the only clinically proven method to remove an unwanted tattoo without any side effects. Most people go for a classic black tattoo, even in today’s age. While it looks good when they first get it, getting rid of it is undoubtedly painful. Fortunately, the laser treatment option makes tattoo removal significantly painless.
Q-switched ND: YAG is by far the best laser system for black ink tattoo removal, as most dermatologists suggest. The ultra-short light pulses of this laser system shatter the tattoo ink, thereby allowing it to fade away quickly and effectively.
The Laser-Skin Interaction
During the laser tattoo removal procedure, the dermatologist directs the laser light upon the tattooed skin. As a result, the rigid black ink particles absorb the laser beams, essentially leaving the surrounding skin tissue unharmed. The ink heats up and breaks down into tiny particles. Then the body’s natural immune system flushes away these particles. Consequently, the tattoo fades away with every progressive laser treatment.
Physics Behind the Laser
LASER is a short term used for Light Amplification by the Stimulated Emission of Radiation. The light emitted from a laser source is monochromatic and a narrow beam of pulses.
The laser for tattoo removal uses a flash lamp, which is a bright light. This flash lamp excites atoms in a crystal rod. So, as soon as the crystal receives energy, photons emit and travel at a specified wavelength. At the same time, optics and mechanisms focus the photons emitted from the laser beam responsible for eliminating the ink of the tattoo. To summarize, this entire procedure promotes effective tattoo removal.
Wavelengths for Tattoo Removal
The laser beams must be of specific wavelengths to achieve desired tattoo removal results. These wavelengths promote the proper absorption of the laser beam into the tattoo ink only, thus ensuring the safety of normal skin tissues nearby.
Ideally, a laser system must meet the following criteria:
- The laser beam must be directed for a specific time span.
- The energy configuration must be accurate.
- A proper wavelength must be ensured during the procedure.
Note that each wavelength will correspond well with a different color. For instance, the most popular wavelengths for tattoo removal are 1064nm and 532nm. The wavelength of 1064nm removes black tattoo ink, while the wavelength of 532nm treats red ink. Both these wavelengths are achievable via a Q-switched ND: YAG laser machine.
Ideal Laser Tattoo Removal Systems
The ability to achieve a near-infrared ray of 1,064 nm makes Q-switched ND: YAG a highly suitable option for black ink tattoo removal. This powerful ray penetrates deeper into the skin and breaks cells pigmented with tattoo ink.
Another laser machine used for tattoo removal is Pico Genesis Enlighten 3. This machine fires the laser at the speed of a picosecond, breaking ink pigments into fragments easily removable by the body. Therefore, this machine proves quite effective in removing all types of tattoos. This machine can also achieve a wavelength of 1064nm.
Laser tattoo removal procedures have advanced significantly, thanks to the high accuracy that modern equipment can achieve. Still, it is necessary to ensure that the person directing the laser beam onto your skin is a skilled practitioner.
In the end, you can discuss laser tattoo removal options with highly experienced dermatologists working at Laser Skin Care Clinic. So, book your consultation now.