Strong Power Picosecond 755nm 1064nm 532nm Tattoo Pigment Removal Skin Lightening Beauty Machine

Tattoo removal is related to tattoo color, laser wavelength, spot size and pulse length. The shorter the pulse width of the picosecond laser, the larger the instantaneous energy peak power. The pulse energy of this short pulse width can produce a powerful photomechanical effect, which can decompose the pigment particles into smaller ones, reducing the number of tattoo treatments. , Stimulate the new generation of collagen, reduce the damage to the skin, the tattooed skin swept by the picosecond laser, the pigment is obviously reduced.

Picosecond uses the principle of light shock wave to smash the melanin in the skin into dust, which is easier for the human body to metabolize. The hologram focuses on the characteristics of three wavelengths of 532nm, 755nm and 1064nm, which can be used for tattoos of different colors and depths. of removal.

532nm wavelength is suitable for removing yellow, red, orange

755nm wavelength is suitable for removing blue and green

1064nm wavelength is suitable for removing black, brown, purple

For simple, shallow tattoos, the picosecond treatment effect is very obvious, 2-3 times can achieve good results. Green, red and brown that are difficult to be removed by general instruments, can be removed more cleanly by picoseconds.

Summary of the advantages of picosecond tattoo removal:

1. Non-invasive and no scars: no damage to normal skin, no impact on life and work

2. Safe and reliable: good pigment blasting effect, stimulate collagen regeneration, low anti-black rate

3. Wide range of treatment: it can be treated for tattoos of different colors and depths

4. Deep effect: effectively remove stubborn tattoos and repel deep subcutaneous pigments

5. Significant effect: 1 picosecond treatment = multiple treatments with ordinary lasers

The characteristics of picosecond laser are that the pulse width is short and the damage is small, but the peak power is high. The traditional nanosecond laser can beat the pigment particles into a pebble-like size, while the picosecond laser can beat the pigment particles into fine sand, which is more conducive to the phagocytosis and transport of phagocytes, which means that the time interval for tattoo removal by the picosecond laser is shorter. And less often.