Another Equipment For Purchase!

Product Description

1. Tattoo removal


2. Pigmentation removal


3. Birthmark and Freckle removal


4. Embroider eyebrow

Price: USD $ 1400 / pc

Click HERE for further details.

Laser Machine for Tattoo Removal

Product Description

i. Application: 1.Remove coffee, brown and all kinds of tattoo; 2.Pigmentation formed by pathological changes of pigment skin and mixed color, dermis spot, fleck, black nevus, age pigment, birthmark and Nevus of Ota; 3.Remove all kinds of embroider eyebrow, embroider lip, soak lip, embroider eye line and lip line. II. Special feather: 1.Super-huge liquid crystal panel; 2.Super powerful 6 groups of storage elements, independent treatment item and more curative effect; 3. Alexandrite Q-switch makes narrower single pulse; 4. Ceramic silver-gilt lumen makes longer service life;5.Super-long YAG (yttrium aluminum garnet) crystal strengthens the energy of pulse; 6.Monolithic YAG (yttrium aluminum garnet) LASER makes more stable performance 7. Plug-and-play connectors makes much more easy installation III. Specification: 440mm×310mm×290mm (L×W×H) Mini order: 1 set Package: Alluminum alloy case

Interested? Refer to this website ;
http://www.diytrade.com/china/4/products/5246486/Laser_for_tattoo_removal_equipment_F12.html

What is the Feeling When Removing The Tattoo?

The unfortunate thing about tattoos is that both getting them and having them taken off can be uncomfortable. The impact of the energy from the laser's powerful pulse of light has been described as similar to getting hot specks of bacon grease on your skin or being snapped by a thin rubber band. Because black pigment absorbs all laser wavelengths, it's the easiest to remove. Other colors, such as green, selectively absorb laser light and can only be treated by selected lasers based on the pigment color.

In preparation for a laser procedure, doctors recommend that non-aspirin products, like Tylenol, be used for minor aches and pains prior to the procedure, because aspirin and nonsteroidal anti-inflammatory agents such as Ibuprofen can produce pronounced bruising after treatment.

Further pre-treatment steps might include the application of a prescription anesthetic cream two hours before the laser session. It is wiped off just before laser surgery begins. (Some patients say they don't need this. Others prefer to have a local anesthetic injected into the tattoo prior to laser therapy. Pinpoint bleeding is sometimes associated with the procedure.) Then pulses of light from the laser are directed onto the tattoo, breaking up the pigment. Over the next few weeks, the body's scavenger cells remove pigment residues.

More than one treatment, which actually only takes minutes, is usually needed to remove an entire tattoo -- the number of sessions depends on the amount and type of ink used and how deeply it was injected. Three-week intervals between sessions are required to allow pigment residue to be absorbed by the body.

Following treatment, the doctor will apply an antibacterial ointment and dressing to the area, which should be kept clean with continued application of ointment as directed by your doctor. A shower or bath the day after treatment is okay, but the treatment area should not be scrubbed. Your skin might feel slightly sunburned for a couple of days and the treated area may remain red for a few weeks. The site might also form a scab, which should be handled gently. After healing, the site will gradually and continually fade.

Side effects of laser procedures are generally few but may include hyperpigmentation, or an abundance of color in the skin at the treatment site, and hypopigmentation, where the treated area lacks normal skin color. Other possible side effects include infection of the site, lack of complete pigment removal and a 5 percent chance of permanent scarring.

How Tattoo was Done?

Not too long ago, most Americans associated tattoos with sailors, bikers and sideshow artists. But tattoos have become more popular in recent years, and the people who get them are as diverse as the styles and designs they choose. And some people who would never think of tattooing pictures or symbols onto their bodies use permanent makeup -- a type of tattoo -- to emphasize their eyes and lips.

In this article, we'll look at how the tattoo process works and examine the safety and legal issues surrounding it.

Artists create tattoos by injecting ink into a person's skin. To do this, they use an electrically powered tattoo machine that resembles a dental drill. The machine moves a solid needle up and down to puncture the skin between 50 and 3,000 times per minute. The needle penetrates the skin by about a millimeter and deposits a drop of insoluble ink into the skin with each puncture.

The needle deposits a drop of ink each time it pierces the skin.

­ The tattoo machine has remained relatively unchanged since its invention by Samuel O'Reilly in the late 1800s. O'Reilly based his design on the autographic printer, an engraving machine invented by Thomas Edison. Edison created the printer to engrave hard surfaces. O’Reilly modified Edison’s machine by changing the tube system and modifying its rotary-driven electromagnetic oscillating unit to enable the machine to drive the needle.

Modern tattoo machines have several basic components:

• A sterilized needle
• A tube system, which draws the ink through the machine
• An electric motor
  
• A foot pedal, like those used on sewing machines, which controls the vertical movement of the needle.

­When you look at a person's tattoo, you're seeing the ink through the epidermis, or the outer layer of skin. The ink is actually in the dermis, which is the second layer of the skin. The cells of the dermis are far more stable than the cells of the epidermis, so the tattoo's ink will stay in place, with minor fading and dispersion, for a person's entire life..

Introduction

How Do Laser Remove The Tattoo?

Laser work by producing short pulses of intense light that pass harmlessly through the top layers of the skin to be selectively absorbed by the tattoo pigment. This laser energy causes the tattoo pigment to fragment into smaller particles that are then removed by the body's immune system. Researchers have determined which wavelengths of light to use and how to deliver the laser's output to best remove tattoo ink. (If you're wondering if the laser might also remove normal skin pigment, don't worry. The laser selectively targets the pigment of the tattoo without damaging the surrounding skin.)