Permanent Hair Removal – Go Pro Or DIY!

22 August; Author: Hair Extensions Australia

Permanent Hair Removal – Go Pro Or DIY!

There is only one recognized method of permanent hair removal. That method is electrology, other methods claim to be permanent hair removal methods, but in reality they are merely hair reduction methods. The difference might seem insignificant, but it is important to know the difference. This article will explore the different methods of hair removal and hair reduction including laser and intense pulsed light. Knowing which method is the right one for you is an absolute must to ensure that you make the right decision. First we’ll discuss the difference between hair removal and hair reduction.

Permanent Hair Removal VS. Permanent Hair Reduction

As stated earlier there is only one recognized method of permanent hair removal. That method is electrology and it works by destroying the cells responsible for hair growth. This is the only method that is approved by the FDA. The key difference between hair removal and hair reduction is that hair removal will stop hair growth permanently. Hair reduction will reduce the amount of hair grown. More often than not the latter will also be referred to as hair removal since less hair growth is usually what you want. So, let’s explore the different methods.

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Permanent Hair Removal – Electrology

Young woman undegoes permanent hair removal treatment with electrolysisElectrology is the only method of permanent hair removal. Electrology is performed by inserting a hair thin metal probe into the hair follicle and delivering electricity through the probe. The damage caused by the electrocution of the cells producing hair will stop hair growth from those cells permanently. The process, if done correctly will not cause the skin to be punctured in any way. By damaging the cells responsible for hair growth permanent hair removal will be achieved. The most common method of hair reduction is known as photoepilation and covers several different techniques.

Permanent Hair Removal – Photoepilation

Photoepilation is not a permanent hair removal method. There will be hair growth after photoepilation has been performed. The amount of body hairs grown will simply be significantly less. The most commonly known method of photoepilation is laser hair removal.

Laser Hair Removal

The general principle behind permanent hair removal or reduction with laser is fairly simple. A laser light designed to target only dark matter on the subject. Since hair is generally darker than the skin this will be affected by the laser. The laser cause the hair to be heated and cause damage to the follicle responsible for hair growth. The ideal subject for permanent hair removal with laser is a light skinned person with dark hair. However, the technology is still developing and is now able to target dark hairs on dark skinned subjects as well. A cheaper and faster method called intense pulsed light or IPL is now emerging.

Intense Pulsed Light

This cheaper and faster method of permanent hair removal is based on intense light for very short durations of time. The general principle is not to far removed from laser hair removal. The objective is to cause damage to the hair follicles preventing further hair growth. Experts in the field generally consider IPL to be as efficient as laser hair removal.

There is a difference between permanent hair removal and permanent hair reduction. It might seem insignificant, but it is something worth considering. If you don’t need the hair to be removed entirely a hair reduction method might be preferable to a permanent hair removal method.

What if you just cant get rid of unwanted hair?

I know how hard it can be to look at all that excessive hair on a daily basis, but if you really want to get rid of all that hair you’ll need to learn a single method that works amazingly well.

Permanent hair removal is really simple and you can do it yourself in the comfort of your own home.
Don’t give up hope, it’s NOT impossible. Learn about a permanent hair removal system by clicking the link.

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