The new technology of tattoo removal has come from the Picosure picosecond laser tattoo removal, a state-of-the-art technology that has made great progress in removing tattoos.
Picosure is the first picosecond laser in the world, effective for removing tattoos and spots on the skin.
The new picosure tattoo removal is set to revolutionize the world of tattoo removal and skin blemishes. This new technology, from the prestigious company Cynosure, is based on an innovative concept: the emission of energy in picoseconds. This unit of measurement of time is the equivalent of one trillionth of a second. Or what is the same: a fraction of time 100 times shorter than a nanosecond, which is the unit of time on which most current lasers are based. And this breakthrough has important benefits, as is logical. In this article, we will review the main advantages of the picosure tattoo removal.
Related: What Is Picosure?
Tattoo Removal In Dermatology
The elimination of laser tattoos is an increasingly important chapter of Dermatology because more and more patients want to eliminate a previously made tattoo, either for work or personal reasons or for tattoos that have been made with an unfortunate aesthetic result.
Use Picosure tattoo removal technology, which has Q-Switched technology with a wavelength of 755 nm, very useful to eliminate dark blue and black tattoos and with a partial efficiency in greens. It also has the Q-Switched technology at 532-1067 nm, which showed its efficiency peak for red, yellow and orange colors in the case of 532 nm, and black, green and blue colors in more depth in the case of 1064 nm.
How Does The Picosecond Laser Tattoo Removal Work?
It emits pulses of energy of a width of one trillionth of a second. This extremely short pulse width produces very high energy deliveries that are very concentrated over time, which produces a sudden increase in the temperature of the ink particles and their bursting into tiny particles, much smaller than the fragmented particles that produce Q-Switched lasers and that are much more easily eliminated by the organism.
The Q-Switched lasers to eliminate tattoos are still important, and sometimes the treatments are performed in combination to obtain the best efficiency ratios per session.
Its two wavelengths, 755 nm and 532 nm, make it possible to destroy particles of pigments of any color, making it an ideal tool for removing ink from tattoos and brown spots, such as solar lentigines.
This ultra short pulse, a billion times faster than a second, produces two benefits:
- Sudden Rise In The Temperature Of The Pigments
The pulse of Picosure delivers energy very concentrated in a very short time, so the pigments reach a very high temperature and explode into small particles, of a smaller size than those produced by other types of lasers.
- Increase Efficiency In Smaller Pigments
Smaller pigment particles have shorter thermal relaxation time. For a small particle of pigment to explode, it is necessary to apply the energy in less time. Therefore, the ultrashort pulse of Picosure is more effective in the elimination of this type of particles.
What Are The Advantages Of The Picosecond Laser?
The characteristics of the Picosure tattoo removal provide the following advantages:
Increased efficiency: Each session of elimination of pigments with Picosure is more effective. Therefore, the total time of the treatment is lower.
Optimal for all colors: The Picosure tattoo removal has shown great effectiveness in the treatment of all colors. Especially, light blue and light green, which are the two tones that present the most problems when using regular lasers. The two wavelengths available to Picosure, 755 nm and 532 nm, effectively eliminate all colors: The brown spots on the skin produced by the sun.
The different shades of black: Tattoos of any color, even those that have classically been more difficult to remove, such as green, turquoise blue, orange or yellow.
Safe for the skin: The ultra-short pulse of Picosure acts on the pigments without affecting the surrounding areas.
Effective in small particles: Tattoos that have already been treated with other lasers may have small particles that are easily destroyed by the picosecond tattoo removal.
What Type Of Pigments Does Picosure Eliminate?
Picosure eliminates both the exogenous pigments infiltrated intermediately ( ink of tattoos and micropigmetaciones ) and the pigments produced by the body itself ( melanin ).
Related: Does Laser Tattoo Removal Hurt?
Removal Of Tattoos And Micropigmentations With Picosure Laser
Tattoos ink accumulates in two ways:
In the form of granules.
In the form of particles.
Granules are groups of particles that are found in the cell. On the other hand, the particles are fragments of ink more individual and less agglutinated.
The energy of the Picosure tattoo removal acts both on the granules and on the particles, making them explode into smaller fractions and, therefore, easier to assimilate by the organism.
Removing Skin Spots With Picosure Laser
In the stain removal treatment, the target chromophore is melanin, a brown substance that is activated by exposure to sunlight.
The solar lentigines or age spots and freckles are two types of stains can be effectively treated with the Picosure tattoo removal.
The treatment is totally ambulatory and does not require anesthesia. It consists of the application of laser energy in the pigmented area. This energy is absorbed by melanin, which disintegrates into small particles and which, in turn, are eliminated by macrophages.
After application of the laser, a fine scab appears on the treated area, which disappears on its own within a few days. The patient can resume normal activity after treatment, can even put on makeup.
After the session, it is advisable to hydrate the treated area well and apply high sun protection indexes.
Depending on the type of spot, 1 or 2 sessions may be necessary.
The Picosure tattoo removal treatment eliminates the stains present, but cannot prevent the generation of future stains. If the patient returns to be exposed to solar radiation, his melanocytes will be stimulated again, producing melanin and generating other spots, different from those that were already eliminated.
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