Product Details

Features

1. No harm to the hair follicle and normal skin, leaving no scar.

2. Short treating time and easy operation.

3.The high quality controlled solid-state laser complying with international standard

4. Computerized with big LCD and show in double language: English and Chinese.

5.Tiny sense of pain, anesthesia is unnecessary. in most cases, no side effect

6. strong cooling + plug and play handle

Specifications

wide treatment
Q-Switched ND YAG Laser
YAG Bar size 5
Medical CE,ISO13485,CE

Laser tattoo removal machine with free shipping

*Applications

1.Non-ablative Laser Rejuvenation (NALR-1320nm) using carbon peel for skin rejuvenation

2.532nm: for treatment of epidermal pigmentation such as freckles, solar lentiges, epidermal melasma, etc. (mainly for red and brown pigmention)

3.1064nm: for treatment of tattoo removal, dermal pigmentation and treating certain pigmentary conditions such as Nevus of Ota and Hori’s Nevus. (mainly for black and blue pigmention)

Contrast Photos (Before & After)

*How it works?

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.

*Unique Advantages

1.1064nm, 532nm, Wide treatment

2. Shot counter on the side of handle create “Unique” in this market.

3. Handling design, mobile service

*Technical Specifications

Treatment theory :
The q switched nd yag laser radiates the light with a specific wavelength in high peak energy pulses hence he light penetrates into the tissue only for a nanosecond .The light is absorbed by the pigmentation and results in an instantaneous blast that is light blasting principle The pigmentation particles are shattered into fragments some can be bounced out of the ksin and others can be splited into tiny particles that can be engulfed by phagocytes and then eliminated by the lymphatic system

Wavelength	1064nm & 532nm
Energy	1-1000mJ
Laser Type	Q-switched KTP Nd:YAG
Spot Size Application Range of q switched nd: yag laser tattoo removal machine: 1. Remove the black &blue pigment on eyebrow, eye line and lip line. Scour off tattoos, freckles lentigines, old aged marks, vascular expansion and various types of blood vessel lesions etc. 2 Not harmful to the follicles or normal skin, and will not leave scaring, it will only clarify the pigment. 3. To normalise the melanin not being treated by medication or other means. 4. There is no regular need for anaesthetic and recovery is quick. Using the YAG laser there are no negative influence.	2-5mm
Repetition Rate	1-6Hz
Pulse Width	<10ns
YAG Bar Size	6
Power	250W
Aiming Beam	5mW red diode laser, 635 nm
Stand-by Working	Continuously for 12 hours
Cooling	Self-contained, closed water cycle
Display	6" Dual Color LCD Touch Screen
Electrical Requirements	100-240VAC, 20A max., 50/60Hz
Net Weight	16kgs
Dimensions (WxDxH)	443533cm

OEM/ODM are welcome!!!

Any questions,please don't hesitate to contact us!!!

How Laser Tattoo Removal works?
Unlike previous methods that involved painful dermabrasion (scraping off the top layer of skin), cryosurgery (freezing the skin then peeling away layers of the tattoo) or excision (cutting the tattoo out), the process is completely non-abrasive and won’t cause scarring.
Our laser machine works by producing short pulses of intense light that target the tattoo. These pulses pass straight through to the pigment, leaving the top layers of skin unharmed. When the light is absorbed, the ink molecules are broken down, allowing them to fragment into small particles and be absorbed into the bloodstream. The body then safely and naturally flushes these out of your system, causing the ink to disappear.
The procedure has been proven to be both safe and effective, with researchers having determined which wavelengths of light are most effective at removing ink without damaging surrounding skin.