| ambient temperature |
10~30°C |
| relative humidity |
≦75% |
| atmospheric pressure |
860~1060hpa |
| the use of power |
AC220V±10%,50HZ±2% |
| cooling water |
deionized water or pure distilled water,the lowest standard purified water |
Picosecond lasers removal pigments by emitting laser beams in shorter picosecond pulses.
This means that there is less time for surrounding tissue to be damaged by heat from each laser beam.
Compared to the older nano-second lasers, Picosecond laser is able to deliver higher energy laser beams to shatter these pigments more effectively.
1. Fewer laser treatment sessions needed when using picosecond laser.
2. Picosecond Laser are able to treat stubborn and challenging cases that Q-switch Lasers cannot.
3. It is an improved technology from traditional Q-switched Laser, which fire laser beams in the picosecond (trillionth of a second) duration.
4. Picosecond laser treatment are approximately 10 times faster than nanosecond Q-switched lasers.