Does Pulsing LEDs Help?
LED Light Therapymodel NEUROLITE uses special type of LED lights and IR emitters. The 880nm, Led light produced by LED wavelengths, photo rejuvenation, stimulates fibroblast cell activity in the skin, which increases the production of collagen and elastin—the proteins responsible for skin’s tone and elasticity.
We offer highly efficient led light therapy – neurolite machines for our customers. These instruments operate on the basis of infrared leds and red leds – light emitting diodes for providing safe and healthy treatments as the led wavelengths rejuvenates and stimulates fibroblast cell activity in skin.
| LED light Therapy |
The effects of LED light therapy on the skin and body have been reported in over 2000 scientific reports and documents. Visible 660nm, Red LEDs don’t heat the tissues the way lasers do, because LED uses longer wavelength (redder) near-infrared light, it penetrates the tissues deeper. LED light therapy combined with Infrared Light Therapy produce the best result in speedy healing our wounds.
The positive effects of led light therapy on the body are well documented and recognized in over 2000 scientific reports and documents. The visible red leds don’t heat the tissues as they use longer wavelength (redder) near-infrared light where penetrates the tissues deeper.
Features:
- Infra-red LED and RED led activated
- Continuous or Pulsed operation
- Increase vascular efficacy
For more details please visit http://www.diabetikfootcare.com/LED_light_therapy.php
Some companies claim pulsing the light is important, but it’s a complex subject. Unless a company has done extensive research, not pulsing will be the best choice. Strong pulsing will reach deeper tissue because it can “flood” the CCO in shallow tissue so that more light reaches deeper. Strong pulsing is necessary because if the “off-time” of the pulse is 50% and the “on time” is 50%, then the pulses will have to be twice as strong to deliver the same amount of energy in the same amount of time as a constantly-on device. This may slightly increase or decrease efficiency of the LED. Getting hotter is generally not any more of a problem with these “compensating” stronger pulses because the total amount of energy delivered to the LED and tissue every minute will be the same. There is some research that indicates pulsing will not be as good unless you know exactly what kind of pulses you should deliver. This is a complex issue that would require a lot of research. I would not trust any com
