Picosecond laser principle:

Picosecond lasers use a very short pulse output mode, rather than thermal effects, through the principle of opto-mechanical shock waves, the pigment is "broken" by focusing the energy to a fine-grained size, which is more likely to be absorbed by the body's metabolism. The picosecond laser will be the one that minimizes the side effects of thermal effects and can achieve the goal of solving almost all kinds of pigment spots, which is better than traditional laser spot whitening.

The laser tattoo device employs a Q-switched mode that uses instantaneously fired laser light to disrupt the structure of the pigment. to the poor structure in 6NS and quickly break down the associated pigments. After absorbing heat, the pigments swell and break down, some pigments (deep in the skin) fly out of the body immediately, others (deep structures) break apart and then become small particles that can be licked by cells, digested and sold from the lymph. Then, the pigments in the diseased structures lighten and disappear. Also, the laser will not damage normal skin around it.

Working conditions:

A. Ambient temperature: 10~30℃;

B. Relative humidity: ≤ 75%

C. Atmospheric pressure: 860 ~1060hpa

D. Power supply: AC220V ± 10%, 50Hz ± 20%

E. Cooling water: Use distilled water or pure distilled water.

Basic parameters:

755PicoSure Cellular Picosecond Laser

Laser Type: Picosecond Laser

Laser wavelength: 755,1064,532

Power supply: 220V / 110V

The highest energy: 2000mj / 2000mj / 1000mj

Operating frequency: 1-10HZ

Pulse width: 10ms

Power: 1500W

Cooling system: air-cooled

Spot diameter: 2-10mm

Net amount: 40KG