Laboratory studies have shown that skin cells grow 150-200 percent faster when exposed to certain LED light

wavelengths.  Independent research for over 40 years has shown LED Red and Infrared light delivers powerful

therapeutic benefits to living tissue.  Both visible Red and Infrared light has been shown to affect at least 24

different positive changes at a cellular level.

Visible Red light, at a wavelength of

660 nanometers and invisible Infrared

light at 880 nm penetrates tissue to a

depth of 8-10 mm.  LED light is very

beneficial in treating problems close to

the skin’s surface such as wounds, cuts,

and scars.  Skin layers, because of their

high blood and water content, absorb

red light and infrared light waves very

Before After

readily and deliver  energy to stimulate

a response from the body to heal itself.

LED Photons must be absorbed to produce a biological response.  All biologi-

cal systems have a unique absorption spectrum, this uniqueness determines

which wavelengths of light will be absorbed to produce a given therapeutic

effect.  The visible red and invisible infrared portions of the spectrum have

been shown to be highly absorbent and produce unique restorative effects in

living tissues. It is known that light photons are absorbed by the skin and

underlying tissue triggering biological changes within the body in a process

know as

photobiomodulation

. Although the exact mechanism of action is still undergoing study, what is

known is that monochromatic light increases oxygen and blood flow, facilitating wound healing.

Wavelength in nm

250 350 450 550 660 880

DPL™ Therapy is a non-invasive procedure that activates

skin cells with pulses of low-level, non-thermal light

energy.  DPL™ Therapy converts light energy within the

skin cells, like photosynthesis, which takes sunlight and

converts it into food energy in plants.

DPL™ Therapy is one of the few non-invasive

tools available that can reverse the effects of

aging skin, such as wrinkles, mottled skin tone

and enlarged pores.