Many practitioners are aware that laser therapy accelerates the natural healing process, and many of them also know that light therapy has been used for various healing purposes for many years.
On certain laser models, PowerMedic Lasers combine different types of light to give practitioners new treatment options.
Laser light has specific characteristics, it is monochromatic (only one wavelength) and coherent (emitted in coordinated light waves for maximum transmission of energy).
The PowerLaser and the GigaLaser both emit laser light at 808nm, the wavelength that best penetrates the tissue in the body. The laser light penetrates into the muscles, deep underlying tendons, and bones, and delivers energy to the cells that need extra fuel for the natural healing process.
Besides laser diodes, the newest version of the GigaLaser includes red and blue light diodes (LEDs), which emit light at different wavelengths than the laser diodes.
The combination of 808nm laser and LED, which has different capabilities, lets you target certain surface conditions more specifically.
For instance, the red LEDs emit light at 660nm, with lower effect which results in less penetration. Instead, the red light stimulates the microcirculation in the surface of the skin. This provides better treatment of conditions like:
The blue LEDs emit light at 405nm, which is known for its ability to kill bacteria. When combined with 808nm laser, this provides better treatment of bacterial skin conditions like:
Laser combined with both red and blue LED (photodynamic therapy) is beneficial for the treatment of:
PowerMedic Lasers with red and blue LED
Supplementing with red and blue LED is not necessary for success, but it does increase the odds of a more effective and targeted treatment of certain types of surface conditions.
PowerMedic Lasers currently offers four different lasers that combine the capabilities of laser and LED:
Several studies have documented the effects of treatment with red and blue LED. For more information, please see the sources listed below.
Sources for scientific literature on treatment with red and blue LED:
Red LED, 660nm:
Blue LED, 405nm: