MicroLight Home Model

Hand-Held
MicroLight Home Unit
 
Microcurrent and Light Therapy at Home
7 different light spectrums
When possible TBI recommends you get microcurrent treatments for professionals.  However, if there is not one in your area, or you want to extend the advantages to home use, the TBI Hand-Held MicroLight is ergonomically designed to allow treatments at home without fatigue. 

Microcurrent contact points with LED lights in middle.

Ergonomically designed for home use controls allow for auto changing light specturms, single light, and pulsing light.  Microcurrent intensity controls are on the side slide and brightness from L-M-H
 

RED  650nm and near-infrared light are a "window" of wavelengths that are able to pass through tissue up to 1 inch deep. Red and near-infrared have beneficial effects on cells by "kick-starting" them into immediately creating more ATP (cellular energy) and increasing DNA and RNA activity. Photo-rejuvenation therapy is based on important research by NASA which shows that certain frequencies of light significantly increases new tissue growth, the synthesis of collagen and overall healing time after injury or surgery. Unlike laser resurfacing, photo-rejuvenation is non-invasive, causes no inflammation and requires no special post treatment procedures. It is proving to be an effective treatment for aging, sun damages skin as well as Rosacea and other skin conditions. NO RECOVERY TIME. Red LED treatments can be used on any part of the skin. They are especially effective for improving the appearance of the face, neck, and chest. BLUE 462nm Suitable for sensitive, oily and comedo skin.  Diminishes and eliminates acne bacilus to remove the acne.  Also tends to tighten saggy skin and jowls. Note: Together Red and Blue and Microcurrent promotes: -Reduces the effects of sun-damaged skin -Diminishes fine lines, wrinkles & crow’s feet -Reduces the number of blemishes, age spots -Minimizes large pores -Helps reduce redness and uneven skin tones -Restores skin’s natural collagen production -Increases circulation and moisture -Wide angle for face, neck, hands and body -Generates virtually no heat or harmful UV rays -No known side effects GREEN 527nm The sebaceous glands are microscopic glands in the skin which secrete an oily/waxy matter, called sebum, to lubricate the skin and hair. Overproduction can lead to blackheads and unhealthy skin.  This light helps to normalize the glands, reduce black heads, help heal sores and balance the oil vs. moisture production. TBI  has utilized this spectrum on sebaceous cysts with significant success on one patient that has "spent thousands of dollars and had many invasive treatments only to have the cysts reappear.". PURPLE Another color spectrum that can help reduce wrinkles, best known for its ability to stimulate additional lymphatic drainage. ORANGE Indicated as a spectrum that can help whiten and brighten decompose pigment and smooth scars.  TURQUOISE: Has a calming on the skin, helps restore the skin's resistance to the sun damaged skin, helps release stress and is can be used on sunburn skin to help calm and heal. White Effective in transdermal absorption of nutrients and protocol requiring penetration to the dermis level of the skin, such as TBI's new Collagen Transdermal treatment with new super peptide and 100% soluble Marine Collagen. LED vs. LASER Light Emitting Diodes (LED's) are another form of light therapy that is a relatively recent development of the laser industry. LEDs are similar to lasers inasmuch as they can emit the same light but differ in the way that the light energy is delivered. Lasers are focused beam single-wavelength light emitters that can be intense enough (a 'hot' laser) to burn/cut tissue or 'cold' enough to only have light therapy effects. LEDs do not deliver enough power to damage the tissue, but they do deliver enough energy to stimulate a response from the body to heal itself. With a low peak power output but high duty cycle , the LEDs provide a much gentler delivery of the same healing wavelengths of light as does the laser but without the same risk of accidental eye damage that lasers do. A significant difference between lasers and LEDs is the power output. The peak power output of LEDs and low level lasers are measured in thousandths of a watt, while that of “hot” lasers is measured in watts. However, this difference when considered alone is misleading, since the most critical factor that determines the average amount of energy delivered is the duty cycle of the device. LED devices have a 85% duty cycle. That is, the LED pulse is ON for .85 seconds and OFF for .15 seconds, versus the .2 millionths of a second burst from a laser at 1 hertz, which is ON .0000002 seconds and OFF for .9999998 seconds. This is a .00002% duty cycle. In short, the LED diodes can emit at least 33% more 'average' energy than a comparable powered laser diode (Our LED’s produce a much higher level than this) because of the substantially longer duty cycle, even though the peak output is much less. Moreover, LED's allow the light beam to spread out instead of being a pinpoint light beam and they generate a broader band of wavelengths than does the single-wavelength laser. The wide-angle diffusion of the LED confers upon it a greater ease of application, since light emissions are thereby able to penetrate a broader surface area. Moreover, the multiplicity of wavelengths in the LED, contrary to the single-wavelength laser, may enable it to affect a broader range of tissue types and produce a wider range of photochemical reactions in the tissue. If LED light disperses over a greater surface area, this results in a faster treatment time for a given area than laser. The primary reason that we chose the LEDs over lasers is that LEDs are safer, more cost effective, provide a gentle but effective delivery of light and a greater energy output per unit of surface area in a given time duration. Our units produce visible near-infrared red light at 650nm (nanometers).

Treatment of Acne with Blue or Blue/Red   Skin after treatments