Permanent Hair Removal

Treatment Overview

For centuries, men and womean have been introduced to a wide variety of hair removal products and treatments. Treatments such as shaving, waxing and creams are tedious, messy and often offer frustratingly short-term results. Laser treatments have the desired long-term effect - but can run in the thousands of pounds for a complete treatment.

New developments in sceince and technology, especially in the field of Photo-Thermolysis research, have enabled us to take a whole new look at long-term hair removal. This research has led to the development of a breakthrough treatment using LHE technology. Surpassing the results of traditional methods, LHE gently removes hair down to the source by damaging the bulb (root) and significantly delaying regrowth. The treatment is painless and has no harmful side effects.

Depilatory methods such as shaving or chemical gels only remove hair at the surface of the skin, giving you very short-term hair removal.  Slightly more long-term are traditional epilation methods like wax or electric epilators that painfully pull the hair out somewhere along the shaft.  Neither of these methods affects the most essential element necessary for hair growth - the bulb itself.  Conversely, with LHE you actually achieve permanent hair reduction. By gently removing the hair down to the source and damaging the bulb (root) LHE significantly disrupts hair re-growth.  An LHE treatment is safe and effective and has absolutely no harmful side effects.

How it Works

A human hair is made up of three main parts:
The Hair Shaft
The Follicle
The Bulb

To remove hair and damage the bulb, LHE sends out a very low and ultra safe wave of light. The light generates heat and is drawn to the hair follicle. LHE's patented internal filters allow the heat to flow through the hair shaft. The hair shaft then absorbs the heat and transfers it down to the bulb, damaging the bulb and greatly inhibiting hair re-growth.

For further information about permanent hair removal visit the R^adiancy website.