|Place of Origin:||Beijing ,China|
|Certification:||CE ,ISO ,FDA|
|Minimum Order Quantity:||1 set|
|Packaging Details:||Aluminum / wooden Case|
|Delivery Time:||3~7 days by air around the world|
|Payment Terms:||Wire transfer ,West Union,Paypal ,Moneygram|
|Supply Ability:||20 sets/Per day|
Double nd yag laser rod Q-switched nd:yag laser tattoo removal machine skin rejuvenation
|Laser type||Electro-optic ND YAG Q-switch Laser|
|Wavelength||1064nm , 532nm|
|Laser output method||Pulse electro-optic adjusting Q|
|Pulse energy||1500mj(1064nm) ,800mj(532nm)|
|Spot diameter||0.7-8mm adjustable|
|Guiding beam arm||Seven-joints articulated arm|
|Aiming beam||650nm red diode laser|
|Cooling system||Closed-off Water cooling+wind cooling|
Principle of Therapy:
Therapy of epidermis and dermis pigmentation-----Utilizing the explosive effect of the Nd: YAG laser, the laser permeate the epidermis into the dermis which includes amount of pigment mass. Since the laser pulses in nanosecond but with super high energy, the shot pigment mass swell quickly and breaks into small pieces, which will be eliminated through metabolic system.
Therapy of the dilatation of capillary vessel---- Utilizing the heat effect of the Nd: Yag Laser, the laser is absorbed by the hemachrome in the capillary vessel, then the capillary vessel become blocked and disappear.
The following skin disorders can be treated with Nd:YAG laser beams.
The laser light pulses target red pigment (haemoglobin). Typical settings employed for the treatment of facial veins include a 50 milliseconds pulse duration, and fluence (ie output energy) of 150¬250 J/cm2 (measured in Joules per centimetre squared).
Light pulses target melanin at variable depth on or in the skin.
The longer-pulse (millisecond) 1064-nm Nd:YAG laser system has been shown to be more effective in safely removing hair than has the Q-switched (nanosecond) Nd:YAG system.
Light pulses target the hair follicle, which causes the hair to fall out and minimises further growth. Typical settings employed include pulse durations of 2 to 20 milliseconds and fluences of 10¬40 J/cm2.
Typical settings are pulse duration: 10 nanoseconds, output energy: 300¬500Mj.