IPL technology hair removal is unique, so unique in fact that we dare say it is the most effective way to remove hair. The device is based on this researched and proven method. The IPL technology, which has a worldwide patent, is based on the interaction of two forms of energy, light and radio frequency (RF). Light is a pure energy source, easily controlled at the millisecond level, and we use it to heat the area to be treated. The downside of light is that it needs pigment to turn into heat. Without pigment, there is no heat and no results. So light pulses alone are less effective on light brown hairs, which most Scandinavian women and men have.
IPL technology works much better on a wider range of different coloured hairs, thanks to a combination of radio frequency (RF) and light.
How does it work?
IPL first sends a powerful light pulse to the area to be treated, which heats up the pigment in the hair. At the same time, a radio frequency is sent to the target area, which is applied to the preheated pigment in the hair. IPL therefore heats the hair both inside and outside, but selectively so as not to damage the surrounding tissue. IPL also penetrates deeper into the dermis than traditional light technologies.
Permanent hair removal with laser
Disturbing hairs can be permanently removed. IPL and laser treatments only affect hairs that are in the growth phase. As some hairs are dormant, the treatment usually needs to be repeated 5-8 times. However, the results are already visible after the first treatment.
More treatments may be needed if there is a lot of hair growth, if the hairs are lighter or if the skin is darker. High hormonal activity also increases hair growth and therefore the number of treatments. We use a modern laser device that is also effective on light-coloured hairs.
The first treatments are given to the face area every 4-6 weeks, the body area every 8-10 weeks and the lower limbs every 12-15 weeks. The need for treatment depends on the rate of hair growth. In the future, only areas where hair growth is detectable will be treated. Subsequently, the treatment intervals will be extended.