picotech laser picosecond hapus tatto flek removal blackdool whitening peremajaan eye brow remover

Detail picotech laser picosecond hapus tatto flek removal blackdool whitening peremajaan eye brow remover

Power 2000W
Laser wavelength 1064nm, 532nm
Energy 100- 800mj
Pulse width 2000ps
Frequency 1-20Hz adjustable
Spot size Φ1-5mm
Red light 650nm
Cooling system Water+air cooling
Power standard AC220V±10% 50Hz


According to the principle of selective photopyrolysis,the shorter the laser's working
time, the less energy the laser energy accumulated in the target tissue will spread to the
surrounding tissue. The energy is limited on the target area to be treated, and the
surrounding normal tissue is protected, so the selectivity of the treatment is improved and
strong.The pulse width of the picosecond laser is only one-hundredth of that of the traditional
Q-switched laser. Under this ultra-short pulse width, the light energy is too late to be
converted into heat energy, and almost no photothermal effect occurs. The volume of the
laser beam is rapidly expanded after being absorbed by the target, and rapidly being torn
into pieces by blasting.The damage caused is smaller and the number of treatments is
shorter, resulting in stronger efficacy. When treating, each emitted light energy emitted by the picosecond（ps） laser stays
on the skin for a very short period of time (minimum 550 x 10-12), which is more quickly than
the general laser (QS 1064nm rubidium chromium, 5 x 10-9)The application of fast
picoseconds can produce a "fast mechanical light shock wave" of melanin, which instantly
causes a strong shock wave of melanin. The completely shattered melanin becomes a dust
state, which can be quickly metabolized, greatly reduce thermal damage, avoid anti-black, and quickly recover the highland. The treatment effect is better than all the laser instruments
for spot removal.
The rapid shock wave time of the Picosecond mechanical laser is superior to the
general laser speed. The probability of thermal damage to the skin is greatly reduced, and
the risk of stimulating melanin hyperplasia (anti-black) is also reduced.
If we compare the original pigment particles to rocks, the traditional Q-switched laser
can crush these rocks to the size of pebbles, and the picosecond laser can crush them to fine sand, so that the absorption efficiency of pigment fragments Greatly improved.

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