Epidermis and dermis pigment(Removal of Pigmented lesions, coffee spot  ,Senile plaques, freckle, sunburn spot and chloasma)

Acne Scar Treatment ,Nevus of Ota, blue naevus, black nevus

Skin whitening and wrinkle removal etc
Applications:
Chloasma, coffee spots, freckles, sunburn, age spots, nevus of ota, etc
Acne scars
Skin whitening, fine lines removal
All color of tattoo remove

1 High-Tech
Picosecond laser machine used unique Honeycomb Focused technology to form a skin effect vacuolization,which can protect skin from damage during treatment.
2 Fast Effective
Picosecond laser machine make tattoo & pigment removal treatment process from 5 to 10 times reduced to 2 to 4 times,greatly reduce the treatment and recovery time,with fast and obvious effective.
3 Confortable & Safe
It can remove all kinds of pigment and tattoo effectively and safely,because picosecond laser use precise positioning of the target tissue therapy to reduce damage to the skin to achieve the freckle effect
4 No melanin precipitate
The Picosecond laser uses ultra-short pulses (one trillionth of a second in length) to hit the melanin with a great pressure,the melanin shatters into tiny dust-like particles,Because the particles are so small,they are more readily absorbed and eliminated by the body.It will significantly reduce postoperative swelling,melanin precipitate phenomenon.
 
More Advantages :
1. Easy to operation, 1064nm and 532nm,755nm can switch automoticly by press different button on the screen.
2. Big power supply, so the machine is powerful.
3. Can adjust the spot size when switch the head.
4. Big water tank, so the cooling system is very good.
5. Metal shell, safe during the transport.
 
Picosecond vs. Nanosecond (q switched)Technology

Traditional nanosecond lasers predominately rely on photothermal action, delivering heat to the pigment and surrounding tissue. Pico takes advantage of PressureWave Technology to shatter the target ink into tiny particles that are easily eliminated by the body.
Ultra-short Pulse Duration Is the Difference

Picosecond pulse width is 100X shorter than nanosecond technology.
Only ultrashort pulse durations trigger photomechanical effect.
With this short pulse width, half the fluence is required compared to Q-Switched nanosecond lasers.