Although getting a tattoo may seem like a very good idea at first, this may change over time and we may no longer want to see our tattoo. Thanks to advances in laser technology, it is now possible to safely and effectively remove the permanent ink used during the tattoo process from the skin.
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The lasers used in tattoo removal break the artificial pigment into small pieces. The small pieces of ink are removed by cells that are part of our immune system called macrophages. The fact that the laser shots are completed within nanoseconds is one of the most important factors that prevent the burning of the tissue around the pigment and the formation of scars. Another important factor is that sufficient energy reaches the tissue for pigment breakdown. High energy levels can cause tissue damage, while low energy levels may be insufficient to break down the pigment.
Q-switch ND YAG lasers are the preferred gold standard for tattoo removal. Since the light generated by Q-switch ND YAG lasers is not trapped by the skin’s own color pigment melanin, the risk of light or dark scars on the skin after tattoo removal is very low.
While black colored tattoos can be treated with Q switch NDYAG () lasers, the removal of multi-colored tattoos requires the use of lasers with different wavelengths.
Q-switch Frequency doubled NDYAG (532nm) : removal of red and orange color tattoos
Q-switch Ruby (694nm): It is used to remove green and dark colored tattoo particles. Except for very fair skinned people, the use of this laser may cause the formation of unwanted spots and scars.
Q-switch Alexandrite (755nm): It is most effective on green pigments but not on red, orange and brown pigments. Since it is a low energy laser, it is very unlikely to cause unwanted discoloration in the natural color of the skin.
During the tattoo removal process, anesthetic creams and cold pressure are applied, but the procedure can still be considered somewhat painful.
As with all procedures, laser treatments carry some risks. Possible side effects: light-dark discoloration of the skin, darkening of the tattoo, blistering, allergic reaction or scarring. The likelihood of these side effects may vary depending on the tattoo structure, the device used and personal characteristics. Blistering can also occur during the normal healing period after the procedure.
Skin care is very important during the recovery period after the procedure, so it is recommended that you choose an experienced specialist physician with whom you can follow your recovery process after the laser application.
The company is the world’s best nd yag tattoo removal supplier. We are your one-stop shop for all needs. Our staff are highly-specialized and will help you find the product you need.
Although it varies according to the structure and location of the tattoo, an average of 6 sessions with an interval of 6 weeks may be recommended.
Tattoo removal application fee may vary depending on the size and location of the tattoo.
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The Nd:YAG laser (Neodymium-doped Yttrium Aluminum Garnet) is a versatile, high-powered laser that uses a wavelength of nm to target deeper layers of the skin. It is commonly used for a variety of medical and aesthetic treatments, including vascular lesions, pigmented lesions, and tattoo removal. The Nd:YAG laser works by delivering concentrated pulses of light to the target area, where the energy is absorbed by blood vessels or pigments in the skin, breaking them down and allowing the body to naturally eliminate them. This laser can be used for both cosmetic and medical purposes, offering a non-invasive solution with minimal downtime.
The Nd:YAG laser operates by emitting a specific wavelength of light at nanometers (nm), which is absorbed by certain pigments and blood vessels in the skin. This wavelength allows the laser to penetrate deeper layers of the skin, making it ideal for treating concerns like vascular lesions, pigmented spots, and tattoos.
When the laser light is delivered to the skin, it is absorbed by the hemoglobin in blood vessels or the melanin in pigments, depending on the type of lesion being treated. The absorbed energy heats up the target area, causing the blood vessels to coagulate or the pigment particles to break apart. These damaged cells are then naturally eliminated by the body over time.
For vascular lesions, the Nd:YAG laser targets the red blood cells, shrinking and collapsing the problematic blood vessels, which helps reduce the redness associated with conditions like spider veins or hemangiomas.
In tattoo removal, the energy from the Nd:YAG laser breaks down the tattoo pigment, which is then processed and removed by the body's immune system over several sessions.
The deep penetration of the Nd:YAG laser allows it to treat conditions effectively without causing damage to the surface layer of the skin, resulting in minimal risk of scarring or pigmentation changes.
This technology offers a non-invasive solution for a wide range of aesthetic concerns, providing impressive results with little to no downtime.
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