ALC
offers State of the Art Laser Hair Removal, with the latest
Candela GentleLase, and Candela Gentle-Yag Hair Removal Laser Systems. We assure our
clients, the utmost care before, after, and during their treatments.
Our clinic offers flexible hoursand client satisfaction is our highest priority.
Prior to opening the clinic, we ourselves, had laser hair removal
treatments with the leading Hair Removal Lasers on the market
today, and after having several treatments with each laser,
we opted to purchase the GentleLase and Gentle-Yag Systems for our clinic, as
they were the most effective, fastest, and most comfortable to
the skin. We had the choice, and we chose the laser systems
that gave the best results, and was most comfortable for the
clients, and can treat all skin types from the lightest to the darkest (types I-VI).
It
is important to note that many laser clinics do not have qualified
technicians, some are trained for only few hours, and are actually
performing treatments. At ALC, we have only certified, trained,
experienced technicians, who will provide a free consultation,
and test patch to determine whether you are a candidate for
laser, and best treatment plan for you.
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Everyone's
hair grows differently, depending on their age, weight, metabolism,
hormonal interactions, genetics, medications and environmental
influences. However, regardless of how these factors affect
individual hair growth, hair itself evolves or grows through
three distinct phases as outlined below :
1.
The ACTIVE or ANAGEN growth phase, comprises approximately 85
% of our body hair at any given moment in time and can last up
to several years. During this anagen phase, the hair shaft and
follicle has an abundance of melanin or pigment and as such, is
most sensitive to the laser light.
2.
The REGRESSIVE or CATAGEN phase is the period during which the
hair stops actively growing but is not shed. This phase often
lasts several weeks comprising about 3 - 4% of our total body
hair at any given time.
3.
The RESTING or TELOGEN phase lasts 5 - 6 weeks, at the end of
which the hair falls out and a new hair begins to form. Approximately
10-13% of our body hair is in this phase at any one time.
HOW
LASERS WORK All Lasers emit a specific wavelength of energy or
light (both visible and invisible) which in turn is directed towards
a so called chromophobe or target cell. In the case of hair removal
technology, these laser produce a wavelength of 750-800 nm which
is absorbed by the pigment or melanin of the hair shaft and follicle
. The absorption of this energy effectively destroys the hair
follicles without damaging the surrounding skin. Since all hair
lasers are absorbed by dark pigment, they remain relatively ineffective
in removing light colored hair. In these cases, electrolysis would
be a viable option for gray, or blonde hairs.
Since
ALC uses the latest state of the art laser, the Candela GentleLase,
patient comfort is greatly increased, without the use of messy
creams or gels, which usually have to be applied to the skin prior
to the laser treatment, with other laser systems. With our machine,
DCD (dynamic cooling device) is used, where a small burst of coolant
spray is dispersed milliseconds before and after the laser light
pulse, providing the patient's skin with cooling, to minimize
the discomfort of the treatment, and allows the operator clearly
to see the skin during every laser pulse.
The GentleLase Hair Removal Laser has the largest spot size on
out of all the laser's on the market today, and it is 5 times
faster than the Light Sheer Diode Laser.
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Protection
and efficiency:
DCD reduces pain and maximizes patient protection by delivering
a short, targeted burst of coolant spray onto the top layers
of the skin milliseconds before the laser pulse. This evaporative
coolant speeds up treatment, without affecting the underlying
targeted hair follicles and blood vessels or impeding your
visibility.
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Greater
patient freedom:
DCD reduces the need for cooling gels and expensive anesthesia
for most patients. Best of all, it helps decrease patients'
treatment times, and allows for quick recovery. |
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Ease
of use:
DCD's unique design provides excellent visibility throughout
the entire procedure.
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Not
only does the density and thickness of the hair affect the results
of effective laser hair removal, but the darkness of hair pigment
and skin type or skin color (pigment) are also critical factors
in treatment planning. Since laser hair energy is absorbed by
anything dark in color whether it be hair or skin, the laser parameters
will need to be set differently for individual patients.
SKIN
TYPE VARIATION Skin types range from type I-VI based upon the
so called Fitzpatrick scale:
I:
White; Always burns, never tans
II: White; Usually burns, Difficult to tan
III:White;Sometimes burns, average tan
IV: Moderate brown; rarely burns tans easy
V:Dark brown;rarely burns, easy
VI:Black; never burns, tans easily.
In
general in order that the skin is not adversely affected by laser
treatment, it is recommended that self tanning be avoided both
prior to and immediately following laser hair sessions. Fortunately
at ALC, we use the GentleLase Laser Hair Removal System which
can treat most every skin type effectively and thus is different
from the majority of other laser machines available on the market.
What
does the treatment involve? The patient will be asked to wear
eye protection consisting of an opaque covering or goggles while
the area to be treated will be shaved prior to treatment. Shaving
at home before coming to the clinic can be very helpful particularly
for the men with extensive hair growth on the back or
chest region. A small handpiece is barely placed against the skin
and a burst of laser energy is applied as the laser is activated.
In some cases pre treatment with a special cream to anaesthetize
the skin thus decreasing any discomfort during the procedure may
be warranted. The duration of each treatment as well as
the total number of treatments required vary between individuals
based upon hair density, hair thickness, hormonal influences and
hair location on the body. Because hair cycles through "growth"
and "dormant" phases, as mentioned above and because
during the "dormant" phase the follicle has no pigment
4-6 sessions
may be necessary for permanent hair reduction.
What
are the advantages over other forms of treatment? Traditional
hair removal techniques such as shaving, plucking and waxing,
provide only temporary relief and may actually stimulate hair
growth. All of these methods commonly result in scarring, allergic
reactions, and ingrown hairs. With electrolysis, the operator
inserts a needle into the hair shaft with the intention of reaching
the follicle, then sends a small electrical charge designed to
disable the follicle. The operator then removes that particular
hair with a tweezer. Hair removal is obviously much faster with
a laser as the laser is pulsed about once per second across the
surface of the skin. Each "pulse" of laser light disables
a large numbers of hair follicles at the same time. Electrolysis
operators can only treat those hairs that they can see but as
mentioned earlier may be the only other permanent option if the
patients present with light colored hair which remains ineffective
against the
laser.
Are
there any side effects? Immediately after the treatment the skin
will look pink and slightly swollen, similar to a sunburn. This
will subside within an hour or two and the skin will return to
normal. Occasionally, a patient will have temporary pigment changes,
blistering, or scabbing. As with electrolysis, cases of scarring
have been reported with laser hair removal, but these are extremely
rare. A test spot is often utilized to assess and determine how
each individual's skin will react. Once again, tanning is contraindicated
before and between treatment intervals in order to decrease the
incidence of skin reactions and pigmentary changes. Any history
of excessive hair growth (hirsutism), hormonal fluctuations, localized
skin infections or lesions, previous scarring of the skin, specific
skin allergies or photosensitizing medications (Accutane and Retin
A, as well as other medications), immunological problems, previous
radiation and diabetes all can affect the eventual outcome or
your results.
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