Pigmented Lesions Treatment Nd Yag Q-Switch Laser Brown Age Spots Removal Tattoo Removal Machine CE Approved 532nm

Light source

Q-Switch ND: YAG solid-state laser

Wavelength

1064nm, 532nm

Output Energy

1064nm: 100-1500mj; 532nm:100-800mj

Energy density(max.): 

1064nm: 15.0J/cm2; 532nm:6j/cm2

Pulse duration

8±2ns

Working Principle of  laser tattoo removal :

Laser technology has greatly improved the ability to treat melanocytic lesions and tattoos with the rapidly pulsed Q-switch neodymium: yttrium aluminium garnet (Nd: YAG) laser. The laser treatment of pigmented lesions and tattoos are based on principle of selected photothermolysis. The QS laser Systems can successfully lighten or eradicate a variety of benign epidermal and dermal pigmented lesions and tattoos with minimal risk of untoward effects.

Laser pigment removal machine though high energy of laser transient emission, make irradiated pigment particles absorb energy expansion rupture. Most or all of epidermal pigment group split into smaller tiny particles immediately ruled out in vitro. Part of dermal pigment group fragment into body macrophage phagocytic particles that ingest and excrete through the lymphatic system, thereby eliminating pigment. Due to normal tissue on 1064nm laser absorption is very few, maintaining the cell frame complete. No scar formation conditions. Because of the laser pigment removal is no damage to normal tissues, its security guaranteed maximum customer without complications from postoperative.

Gradually the pigment becomes lighter and lighter till disappearing. Gradually the pigment becomes lighter and ligher.

Repetition Rate

1-10Hz adjustable

Spot Size

φ1-8mm adjustable

Light guide beam

650nm red laser

Cooling System

Closed Cycle Water to Air Heat Exchanger

Laser delivery

7 jointed articulated arm

Controlling system

10.4inch TFT color touch screen

Power requirement

 220V,10A,50/60Hz;  110v,10A, 50/60Hz

Machine dimensions

680mm×400mm×820mm

Net weight

75kg

Note:

Technical data changed will  not inform specially