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Ellipse Second Generation Intense Pulsed Light (I2PL)
Treatment
To achieve long lasting or permanent hair removal, it is necessary
to destroy the hair follicle from which individual hairs grow. Well
controlled pulses of light can penetrate the upper skin layer and be
absorbed by one of the body's own natural chemicals - melanin - in
the hair confined in the follicle.
Melanin converts the light energy it absorbs into heat. This heat is
transferred to the hair follicle, which is destroyed, making it
unable to produce a new hair. This technique has the name "Selective
Photothermolysis.
The visible light produced by the Ellipse Flex and Ellipse Light
systems are carefully controlled to produce the correct pulse length
and right amount of energy to destroy the follicle.
For further information regarding hair removal and I2PL
systems, please read the following articles written by Dr. Agneta
Troilius, Dr. Carl Troilius and Professor Peter Bjerring:
Dr. Troilius' article about hair removal and I2PL
Professor Bjerring's article about hair removal and I2PL
If you are looking for further information, please try
Frequently
asked questions
Other Hair Removal Methods
Shaving: This is simple, inexpensive and painless, but
requires a lifetime commitment to maintain a hair-free appearance.
It can result in stubble and possible skin irritation.
Plucking: Gives a nicer appearance than shaving, but it is
tedious, painful and complicated, especially for larger areas like
legs and back.
Waxing: Can cover bigger areas;the result may last for a
month or more. The process is painful and can cause allergic
reactions and inflammation of the hair follicles.
Needle epilation: Uses an electrified needle inserted into
each hair follicle. Done professionally, it offers long term
/permanent hair removal. However,each hair must be individually
treated, it is painful and it may result in scars. Many treatments
are needed – sometimes more than 20.
Laser: Uses the same "Selective Photothermolysis" technique
as IPL. This converts light from the laser into heat in the hair
follicles, leading to destruction of the hair and follicle. The
light is monochromatic (only one wavelength). Typically the light is
delivered in a spot only a few millimetres in diameter. To treat
larger areas, the spot has to be moved many times – which takes time
and leaves a risk of missed hairs. The use of light energy to
destroy hair follicles revolutionised hair removal, and led to the
development of IPL.
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