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Permanent Hair Removal

Hair Removal-Painless and Permanent Flash n GO

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Just what is Pulsed Light Technology?

The Pulsed Light technology showcased in the Flash & Go is generally Silk 'n' s proprietary innovation rooted in light-based hair removal. Below's how the Silk'n explains it:

The Silk 'n Flash & Go is based hair removal system is based on light based  Pulsed Light (HPL) technology which is a proprietary and trademarked technology of Home Skinovations Ltd. Epilation with Home Skinovations' proprietary HPL technology is enhanced by a distinct acoustic impact that boosts the normal process of photoepilation, enabling hair removal epilation with low level of optical energy without the should cool down the skin.

Simply puts, Silk 'n declares their Flash & Go integrates the light energy made use of in conventional light-based hair removal and also integrates it with their "acoustic impact" to earn it easier to get rid of hair in the convenience of your own home.

Silk'n Flash n Go Awards

How Does Silk'n Flash N Go Work?

How Does Silk'n Flash n Go Hair Removal Work?


Fundamentally, lasers stand for a class of tools that have in common a regulated launch of intense light for a certain function. There is no one laser to treat all skin typs on the market today. There are a great many laser on the market today. Silk'n uses a proprierty technology that uses light to eliminate unwanted hair.

Technically, lasers are tools that generate beams of light that are routed to a particular target. In fact, words laser is shorthand for "light amplification by the promoted discharge of radiation."

It was Einstein's theory of the relationship between matter and power that is the scientific basis of all lasers today. Lasers, put simply, are specialized light sources where, with a variety of ways, the light of a wavelength is generated as well as amplified.

Wavelength is actually the trademark mark of any kind of laser. For example, when you take a look at a rainbow or a prism, the colors you see come from light that is broken up into all its noticeable wavelengths. That's why there is a Joseph's layer of shades. Lasers use simply one wavelength of light that is after that increased.

Since laser light is of one wavelength as well as is magnified manyfold, it is not only extreme yet continues to be very focused as well. For instance, if you beam a flashlight on a wall surface, the light waves splay out and form a larger photo on the wall than the circle of light that comes from at the flashlight bulb. Laser light is extremely focused, so it does not splay. This is critical to acquire the power and also accuracy needed for medical purposes.

Each beam of light of laser light contains power, and also for the laser to be effective in dealing with skin troubles, a specific target needs to absorb that energy. Within the skin are several targets for laser power. The targets most commonly utilized in the skin are water (we humans have to do with 60 percent water), hemo- globin (the molecule that provides red color to our blood), and also melanin (the brownish pigment that offers shade to our skin).