EN
EN
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IL3000
IL3000
PRODUCT DESCRIPTION
1. On/Off and intensity button
2. Ready indicator
3. Intensity level
4. Pulse release button
3
4
1
2
OPERATION
IPL epilator hair removal technology is well-known and sophisticated. It has
undergone more than 15 years of clinical trials around the world, demonstrating
the effectiveness and safety of long-term hair removal.
The IPL hair removal technology is based on the selective photothermolysis
theory, which uses the energy of optical radiation to stop hair growth. To
achieve this thermal effect, the hair root needs to selectively absorb heat
energy and convert it into heat. This selectivity is achieved as most of the
optical radiation is absorbed by the hair bulb pigment, while the surrounding
skin and tissue remain cool. This heat effect painlessly removes hair with roots
and prevents their regrowth. This scientifically verified technology ensures fast
and lasting results.
The amount of pigment in a person's skin determines not only the colour but
also the degree of risk to which the user is exposed when using a light-based
hair removal technology, regardless of which one. The darker the skin, the
higher the risk.
INFLUENCE OF HAIR GROWTH CYCLE ON PHOTOEPILATION
Melanin is a pigment found in body that allows light to be absorbed and
subsequently converted into heat to stop hair growth. The more melanin in
the hair, the darker its colour and the more light it can absorb, increasing the
efficiency of photoepilation.
The hair growth cycle has three stages - Anagen phase, Catagen phase and
Telogen phase. These three stages play an important part in the photoepilation
process. The Anagen phase is the period of hair growth, while the Catagen and
Before the IPL epila-
tor treatment
During the pulse emitted by
the IPL epilator
After the IPL epilator
treatment