Treatments of picosecond:
Remove body tattoo,remove eyebrow tattoo,remove eyeliner tattoo,remove lip tattoo
Remove epidermal and dermal pigments
Remove acquired Ota nevus-like spots (pigmented spots on face)
Remove freckles, age spots, sun spots, simple spots, coffee spots

Picosecond introduction:
Picosecond laser is a laser that emits a pulse of picosecond duration (pulse width) at the level of picoseconds. It uses the most advanced technology to treat pigmentary diseases. It uses fast and powerful energy to more finely crush the pigment in the skin, and then drain it out of the body through the lymphatic system to completely remove tattoos and spots. Therefore, the treatment process is shortened from the original 10 times to 2-3 times, and it does not damage the dermis, reduces the possibility of side effects, and improves treatment results.

Working Theory of picosecond:
Picosecond laser is a laser with a pulse duration (pulse width) of picoseconds for each laser emission.
According to the principle of selective photothermolysis, the shorter the laser action time, the less likely the laser energy absorbed and accumulated in the target tissue will diffuse to the surrounding tissues. The energy is confined to the target to be treated to a greater extent, protecting the surrounding normal tissues, and thus the selectivity of the treatment is stronger. The pulse width of picosecond laser is only one percent of that of traditional Q-switched laser. Under this ultra-short pulse width, the light energy does not have time to be converted into heat energy, and almost no photothermal effect is produced. After being absorbed by the target, its volume expands rapidly, producing a photomechanical effect and being blasted and torn into pieces. It is more selective and can make pigmented skin lesions produce stronger therapeutic effects with a shorter number of treatments. In a word, "Picosecond laser breaks down pigment particles more thoroughly and causes less damage to surrounding tissues."
If we compare the original pigment particles to rocks, traditional Q-switched lasers can break these rocks into the size of pebbles, while picosecond lasers can break them into fine sand, which greatly improves the absorption efficiency of pigment fragments.

Picosecond laser technical parameters:

Display	10.1-inch screen
Laser wavelength	532nm, 1064nm, (785nm optional)
Maximum energy	2.0J
Working frequency	1-10HZ adjustable
Pulse width	2000ps
Cooling system	air cooling + water cooling
Far infrared	1-6 gears adjustable
Water temperature monitoring	yes
Water flow monitoring	yes
Spot diameter	2-10mm
Power	2000W
Voltage	220V/110V