755nm/1064nm/532nm ND YAG Laser Picosur Laser Fractional Q-Switched Laser Machine ND YAG Tattoo Remove Laser

• Customization: Available
• Type: Profession Laser Picosecond
• Theory: Picosecond
• Model NO.: pl-86
• Application: Salon
• Portable: Non Portable
• Model Number: Pl-86
• Handles: Picosecon+808nm Permanent Hair Removal
• Machine Input Power: 2000W
• Screen Size: 10.4 Inch Touching Screen
• Cooling System: Semiconductor, Water Cooling
• AC Supply: AC110V-220V
• 808nm: Single Pulse and Contiuous Pulse
• 808nm Frequency: 1-10Hz
• 808nm Energy: 0-150j/Cm
• 808nm Spot Size: 10*12mm
• Picosecond Wavelength: 532/755/1064nm
• Picosecond Frequency: 1-10Hz
• Picosecond Fruence: 200-3000mj
• Picosecond Spot Size: 2-10mm(Adjustable)
• OEM/ODM: 5 Sets
• Transport Package: Wooden Case
• Specification: 89*43*100CM
• Trademark: BEIR
• Origin: Guangzhou
• HS Code: 8543709990
• Production Capacity: 500PCS/Month

Product Description

Picosecond laser for Freckles loss with 808nm permanent hair loss Salon super picosecond

 

The reason for dark spots:

Theory
Using the light blasting effect, the high-intensity laser penetrate the epidermis and can reach the pigment clusters in the dermis layer. Because the energy has a short time of action and the energy is extremely high, the pigment clusters will quickly expand and explode after absorbing the high energy in an instant. After the particles are swallowed by macrophages, excreted, and the pigment gradually fades and disappears.

The picosecond laser with ultra-short pulse width can effectively produce photo-mechanical effects and break the pigment particles into small fragments.
Compared with nano-scale Q-switched laser, picosecond laser only needs lower energy to achieve the effect.
It takes less number of treatment courses to achieve better treatment effect.
Stubborn green and blue tattoos can also be effectively removed.
Treated but incomplete tattoo removal, picosecond laser can also treat.
In the mechanism of pigment particle destruction, there are mainly photothermal and photomechanical effects. The shorter the pulse width, the weaker the effect of converting light into heat. Instead, the photomechanical effect is used, so picoseconds can effectively crush the pigment particles, resulting in better pigment removal.

USER EFFECT

Application
Remove chloasma, freckles, age spots, brown mole spots, acne marks and other endogenous pigments, wash eyebrows, tattoos, moles, birthmarks, remove Ota moles, etc.

More detail about our picosecond


Parameters
 

Input Power	2000W
Screen	10.4inch touch screen
Cooling System	semiconductor, water cooling
Voltage	110V/220V
Wavelength	1064nm, 755nm, 532nm
Frequency	1-10Hz
Fruence	200-2000mj
Spot Size	2-10mm(adjustable)

OUR FACTORY


WELCOME MESSAGE livia to find out more!

Q & A
Q: Is it painful during treatment? How long does it take?
A: The treatment process will be hot, and the place in which the pigment distribution will feel will more apparent. According to the treatment of the adaptation, the operator will recommend the use of local anesthetic ointments and cold blowers to reduce discomfort. General treatment time is approximately 5-15 minutes, subject to the size of the treatment area and skin problems.

Q: It has been treated many times. Will it leave scars if continue treatment?
A: The technology only needs to use generally laser doses to achieve effective treatment, tissue accepts lower dose stimulation, and the traumatic is relatively reduced, and it is not easy to generate wounds to cause scars.

Q: Is the pico laser washing tattoo good? Will it stay?
A: The current efficacy is particularly remarkable to use the pico laser to wash tattoo, which does not cause heat damage to the surrounding tissue, so it will not leave scars.

Q: Will there be anti-black problems with picosecond laser treatment?
A: Pico laser utilizes the focus energy probe of "honeycomes instant lens", can reduce tissue excessive stimulation, plus the instantaneous high energy of the pico laser (Q-switch) to crush the pigment particles, decrease heat injury, protect tissue melanocytes from excessive stimulation, which can significantly reduce the stimulation of normal cells and lengthy flush.