Frequently Asked Questions

How exactly does LPL (LED Pulsed Light) therapy work?
LPL uses pulses of visible therapeutic light over many wavelengths that deliver energy to all layers of the skin. LPL treatments, which last about 20 minutes work on the principal that light is absorbed by color and that light generates heat.

Where did LPL originate?
There are many theories, most attributed to Europe. Here in the U.S.A. the science of light therapy has been practiced for over 30 years. It is being used in the NASA space program to aid in the rapid healing of cuts, scrapes and bruises.

Why is it then, that cosmetologists and Aestheticians can use LPL therapy?
Most, if not all cosmetology boards, have issued opinions that, because LPL treatments are both non-invasive and non-ablative, they require no special licensing, thus they are approved for their use.

Will LPL therapy work on all types of people?
There isn’t any machine, system or application that will work on everyone, however, it is estimated that LPL will work on over 90% of the population, For those looking for a non-invasive, minimal risk solution without any down time, it is ideal.

How long do the applications take?
We recommend an average of 20 to 30 minutes.

How often can I have an LPL application?
We suggest 7 – 14 days intervals between applications. Overuse is counter productive.

Am I able to go back to work after an LPL application?
Yes, LED Pulse Light application leave no after effects whatsoever. It is another one of the many advantages that LPL applications have. You can carry on all your normal activities.

Once I am finished with my applications, will I need to come back?
Yes, again depending on your age and skin condition, you will be put on a maintenance program. This can vary from 45 to 60 days. Check with your skincare specialist.

How soon will I see the results?
Most people will see results after the first application. All people will feel the results of a softer, smoother skin that is lighter, more hydrated and has a “glamorous glow”. We recommend an average of 6 applications for maximum results.

I have been taking Microdermabrasion treatments. Will LPL effect these treatments?
LPL will compliment Microdermabrasion, along with any other type of cosmetic applications; LPL has a “calming and healing effect” and works in conjunction with these applications or on its own.

Who will benefit the most from LPL applications?
LPL will work on most people of all age groups.

Can I take “before and after” pictures to track my progress?
Yes. We recommend it.

What is Photopulsation?
Photopulsation is a light application for aging skin. Photo-rejuvenation and photo-bio rejuvenation are also commonly used terms when describing low-level light therapy.

Is light therapy new?
No, in 1805, the Danish physician, Dr. Niels Finsen, received the Nobel Prize in medicine for his work showing the beneficial effects of various wavelength of light in the treatment of tuberculosis. Most of the early research on LED therapy was done in the former USSR and the Eastern block countries. Only recently, however, has this application modality been of interest in the U.S.

How do we know that photopulsation isn’t just another groundless gimmick?
The effects have been well established in laboratories using proven scientific methods. NASA has been one of the more colorful sponsors of these tests.

Is that all I need to know if I want to buy an LED photopulsation system?
No. You need to know these terms:

POWER: Power is expressed as watts (W) or candles (C) and as milliwatts (mV) or millicandles (mC). You should remember that 1 watt equals 668 candles or 1 mW=668 mC. Some manufacturers express power in candles and some in watts. You must know the difference in order to compare products.

ENERGY: Energy is expressed as joules (J). The energy used to shoot a bullet a mile is the same as if the bullet is carried a mile. The Power, however, to propel a bullet from a gun for a mile is much greater than the power required to carry the bullet for a mile. A major difference between lasers and LED devices is the Power. The ENERGY delivered is about the same for each.

FLUENCE: Fluence is expressed as joules in a square centimeter. Maybe it will help to equate this term with “affluence.” Affluent people have more money and jewels (joules) per household (per centimeter).

Anything else I should know?
Yes. LED manuals frequently discuss wavelengths. You may read that the LED’s on a machine emit light at, for instance 650 nm. The abbreviation “nm” stands for nanometer, which is one-millionth of a millimeter. You will be considered very well informed if you comprises less than 1% of the electromagnetic spectrum. Wavelengths and power are confusing. The longer wavelengths have less power. A narrow speed bump will give you more of a jolt than a wide one, and light at 390 nm is more powerful than light at 770 nm. Ultraviolet light waves that causes sunburn and skin cancer are shorter and are above 390 nm of visible light even though their numbers are smaller (from 150 nm to 390 nm). Infrared rays (inferior to red) have wavelength extending from 770 nm to over 950 nm and begin just below visible red light, which ends at 770 nm.

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