Vertical High Power Big Spot Size 755 808 1064 Nm Professional 10 Bar Laser Hair Removal Machine Diode

Product Description

Diode Laser Technology for Hair Reduction

A diode laser uses semiconductor technology that produces coherent projection of light
in the visible to infrared range. It uses a light beam with a narrow spectrum to target
specific chromophores in the skin. Compared to other laser systems such as the Ruby
and Alexandrite, the 800nm diode laser wavelength offers the deepest penetration levels
and superior melanin absorption. These unique characteristics make the diode laser the
most suitable technology for laser hair removal, enabling safe and effective treatment
of all skin and hair types, in all body areas.

Specification

Product name	808nm diode laser hair removal machine
Function	permanent hair removal

MEANING
During a treatment with the diode laser bundled light is used. The specific name
"Diode Laser 808" comes from the pre-set wavelength of the laser. Because, unlike
the IPL method, the diode laser has the set wavelength of 808 nm. The bundled light
can be a punctual treatment of each hair, take place.
Thanks to the frequent impulses and thus lower energy, the risk of burns can be reduced.

PROCEDURE
With every treatment the goal is to denature the proteins. These are located in the hair root
and are essential for the growth of any hair. Denaturation takes place by the heat applied
during a treatment. When the proteins are denatured, the hair root is no longer supplied
with nutrients and thus precipitates after some time. For the same reason, a regeneration
of the hair is prevented, which is the basic principle of many laser methods.

The wavelength of the diode laser with 808 nm is optimal for the energy transfer, to the
endogenous dye melanin in the hair suitable. This dye converts the light into heat.
During treatment with the diode laser, the handpiece sends controlled light pulses above
the desired location. There, the light is absorbed by the melanin, in the hair root.

MODE OF ACTION
Due to the absorbed light the temperature in the hair follicle is raised and the proteins
denature. After a destruction of the proteins no nutrients can get into the hair root anymore,
which leads the hair to falling out. Without the supply of nutrients, no further hair can regrow.

During a treatment with the diode laser 808, the heat can only penetrate the skin layer containing
hair papillae. Due to the constant wavelength of the laser, the other skin layers are unaffected.
Likewise, surrounding tissue and blood is not affected. Because the dye haemoglobin contained
in the blood reacts only to a different wavelength.

Important for the treatment is that there is an active connection between the hair and the hair root.
Because only in this growth phase, the light can reach directly to the hair root. For this reason, it
takes several sessions to achieve a successful treatment of permanent hair removal*.

BEFORE THE LASER TREATMENT
Before a treatment with the diode laser, waxing or epilating the hair must be absolutely avoided.
With such hair removal methods, the hair is removed with its hair root and therefore are not treatable anymore.

When shaving the hair there is not such a problem since the hair is cut off above the skin surface.
Here the essential connection to the hair root is still intact. Only this way light beams can get to the
hair root and a successful permanent hair removal can be achieved. If this connection is interrupted,
is takes about 4 weeks for the hair to reach its growth phase again and is treatable.

Pigment or moles are covered before each treatment or get completely omitted. The reason
for this is that there is a high level of melanin in the stains.
Tattoos are also left out with every treatment, otherwise it may cause colour changes.

How Does A Diode Laser Work?
Diode lasers use the principle of selective photothermolysis (abbreviated SPTL) to target specific
chromophores in the skin, usually melanin or blood.  The lasers damage the chromophores by
selectively heating them while leaving surrounding tissue unharmed.  When treating unwanted
hair, for example, the melanin in the hair follicles is targeted and damaged which results in the
disruption of hair growth and regeneration.  A diode laser can be complemented by cooling technology,
or other pain reducing methods which improve treatment efficacy and patient comfort.