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Other Information
ACNE Responds to EpiLight and PhotoDerm!
Permanent so far really means long term 6 years and counting
EpiLight compared to Electrolysis
WAXING, Plucking, Tweezing, Microwave, etc, etc, etc
Depilatories
Shaving
EpiLight compared to Lasers
Recent Pulsed Light Machines

ACNE RESPONDS TO EPILIGHT AND PHOTODERM!

Acne of all forms has responded to EpiLight treatment of associated hairs. Just as we noted with PhotoDerm treatment of blood vessels that the areas’ hairs responded to pulsed light treatment, patients frequently report that Epilight treatment of unwanted hair produces an improvement or clearing of ACNE present in the treated areas. A possible mechanism behind this acne response is the reported ability of visible light to destroy bacteria that are usually associated with acne, and by the probability that miniaturization of standard terminal hair follicles includes the smaller oil glands that are involved with acne, and are attached to, and drain into the hair follicles.

For more information on acne and possible treatments, please visit www.acne.net.

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PERMANENT SO FAR REALLY MEANS "LONG TERM" -
6 YEARS AND COUNTING

My over 7 years of experience using EpiLight, and my over 5 years of successful and safe treatment of the most difficult to treat type 6 Black skin has convinced me that EpiLight is at present, the most effective and safe means of long term hair removal. Although the term permanent hair reduction has been allowed by the FDA for the description of EpiLight and several other laser modalities, I feel that even though EpiLight’s results will probably be permanent or forever - it is still too soon to say for certain that any form of hair removal will last forever.

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EPILIGHT COMPARED TO ELECTROLYSIS

Electrolysis was grand fathered by the FDA and allowed to claim permanent hair reduction without the need to produce studies documenting this claim as was required for pulsed light or laser machines.

My patients strongly prefer Epilight to electrolysis for the following reasons:

  • EpiLight is much less painful.

  • EpiLight is much quicker – approximately 50 to 150 hairs are treated each approximately 2 seconds in contrast to electrolysis’ treating approximately 6 hairs per minute.

  • No anesthetic has ever been needed by my EpiLight patients.

  • EpiLight is producing a 50% average hair reduction after 1-2 treatments. This is much better than the probably realistic 20% hair reduction by electrolysis.

  • In the eyes of my many satisfied EpiLight patients, this speed and effectiveness of EpiLight translates into more cost effective hair removal than electrolysis.

  • EpiLight, in my hands, produces fewer side effects such as pigmentary changes, scarring, ingrown hairs, or folliculitis (inflammation of the hair follicles), than electrolysis - especially in darker skinned patients.

  • However, since white hairs have not as yet been shown to respond to pulsed light or laser treatment; electrolysis at present has the advantage in treating purely white hairs.
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WAXING, PLUCKING, TWEEZING, MICROWAVE,etc, etc, etc

Waxing is painful, temporary hair removal and frequently produces ingrown hairs, folliculitis (or inflammation of the hair follicle), skin darkening and or scarring. Its low cost is the only positive statement that my patients report about all forms of waxing. Plucking, tweezing, ripping, or pulling out hairs with any device or substance are similar to waxing in that they are painful, temporary, and produce frequent side effects.

In my opinion, which is shared by most of my Dermatology colleagues, there is NO convincing scientific evidence that microwaves, or any of the many over the counter hair removal devices work effectively to produce satisfactory long-term hair removal.

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DEPILATORIES

Depilatories can be an effective short-term method of hair removal. Their application, however frequently produces irritation and burning. The hairs quickly regrow. Very few of my patients have utilized depilatories. The strong odor produced during depilatory treatment is often cited by many patients as the reason for not using these products. Those patients that try depilatories frequently use them for a very short time, before replacing them with an alternative method of hair removal.

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SHAVING

Shaving is the method that is most commonly used by my patients before EpiLight and for the hairs that remain after EpiLight treatment. Contrary to the widespread belief, there is NO scientific evidence in humans that shaving hairs produces an increase in hair density, coarseness, or rate of growth. Shaving is an effective and economical method of short-term hair removal.

Some patients report that shaving produces an irritation of their skin which may be accompanied by darkening of the skin with or without ingrown hairs.

Many of my patients, however, find that they must shave twice daily or that their dense beard appears unshaven immediately after shaving. These patients want a longer-term method, such as EpiLight for hair reduction. As I mentioned earlier, EpiLight treatment of these patients’ denser hair results in a dramatic improvement in their appearance.

Patients with physical disabilities may find it difficult to shave themselves. Certain areas of the body are difficult to shave for many people. EpiLight’s long-term hair removal can make a significant improvement in the quality of life of these patients.

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EPILIGHT COMPARED TO LASERS

There are 4 types of lasers available for hair removal. Since many manufacturers produce and name each type, I will give you their generic names. However, the issue is also complicated by the fact that although these 4 types are distinguished by their wavelength of light, each manufacturer may vary the cooling device, duration (length) of the pulse of light, or the energy produced by their machine. My outline will assist you, but you really need to find an Expert Physician to treat you and advise you if you decide on having laser hair removal.


The 4 hair removal laser types are:

  1. Ruby (694nm) examples: Palomar E2000, EpiLaser
  2. Alexandrite (755nm) examples: Apogee, GentleLASE, EpiTouch
  3. Diode (800nm or 810nm) examples: LightSheer, PalomarSLP 1000
  4. Nd:YAG (1064nm) examples: Lyra, CoolTouch Varia, Altus CoolGlide
    See a complete comparison of these methods.

For an in depth look at laser hair removal methods, visit Laser Hair Removal Review.


  1. The Ruby laser was originally used to treat dark spots on the skin. Since its wavelength is the shortest of the four, its light penetrates the least deep, and it is the most likely to produce pigmentary changes when it is absorbed by the melanin pigment in the superficial skin instead of the melanin pigment in the deeper hair shaft and hair follicle. The Ruby laser is limited in use to very light white skinned patients. (Skin types 1 or 2). Several reports of 40 to 60% side effects- primarily pigmentary (color) changes in patients with white or lightly dark skin make this laser a very risky choice for any patient whose skin color is not very white.

  2. The Alexandrite laser is very similar to the Ruby Laser. It might be used in type 3 skin. However, its pigment absorption makes it risky to use in all but the lighter skin types. Although several reports indicate that is has been used in type 4 or 5 skin, I have seen and heard of several situations where the darker skin types also had frequent side effects with the Alexandrite laser.

  3. The Diode laser is the most recent developed for hair removal. Patients report that it is painful. It can be used only on slightly darker skin types than the Ruby, or Alexandrite. Patients have reported severe side effects when treating skin types 5 and 6 and even with type 4 skin. An expert physician operator is even more essential for skin types 6,5, and 4. I have seen patients with severe side effects even with expert operators treating these darker skin types.

  4. The Nd:YAG laser has the longest wavelength of these 4 lasers and therefore penetrates the deepest into the skin. It is, therefore, theoretically the least likely of the 4 lasers to produce side effects in the superficial skin pigment. However, the original combination of Tar and this laser as utilized with the SoftLight™ process - was shown to produce complete hair regrowth 6 months after treatment. Long-term effectiveness of hair removal has been the problem in using the Nd:YAG, with, and subsequently without, a tar solution. There is not enough data to show that this laser can produce longer-term hair removal.

Nd:YAG lasers have been reported to be the most painful of all four laser types. EpiLight pulsed light, in my hands is virtually painless and has never required any form of local or topical anesthetic. My patients who have been treated with all 4 lasers, and/or with waxing or electrolysis - report that EpiLight pulsed light in my hands, is the most comfortable and least painful of all of these hair removal methods. EpiLight treatment usually feels like or even less than a mild rubber band snap.

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RECENT PULSED LIGHT MACHINES

It has taken 8 years for pulsed light to be recognized by the laser industry and community for its safety, effectiveness, gentleness, and versatility. Several recent products are now being marketed to imitate Epilight, Photoderm, and Vasculight.

It will take at least several years for these imitators to amass the extensive experience already gained with the original pulsed light products. Until that time arrives, my Ultimate Light method of utilizing Epilight, Photoderm, etc. remains the "Gold Standard" for pulsed light treatment when performed by an experienced Dermatologist.

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