The function of 660nm red light:
There is an abundance of literature outlining the benefits offered by the 660nm wavelength. Penetrating just a little deeper than the 630nm wavelength, the 660nm reaches into the entire range of the skin tissue to promote healing and regeneration.
Some of its diverse benefits include:
Reduced training fatigue: The 660nm wavelength teamed with the 830nm near-infrared wavelength has been proven to delay the development of fatigue in the muscles, and enhance skeletal muscle performance. (Athletes, take note.)
Reduced inflammation: In a study investigating the effects of red light therapy on pleurisy, the 660nm wavelength was found to induce an anti-inflammatory effect.
Improved bone healing: The 660nm wavelength encourages resorption and formation in the bone cells around the location where repair is needed, without causing any change to the bone structure.
Reduced swelling following injury: In one study, the 660 nm wavelength was found to reduce both inflammation and swelling by reducing the number of inflammatory cells which lead to the formation of swelling.
Reduced neuropathic pain: A study investigating sciatic nerve pain in rats found that the 660 nm wavelength significantly helped to reduce pain.
Accelerated wound healing: The 660 nm wavelength has been proven to increase the formation of new blood vessels and enhance collagen deposition to help in the healing of wounds.
The function of 850nm infrared light:
The 850nm wavelength is the signature Platinum LED near infra-red wavelength . In many cases, the 850nm amplifies the benefits provided by the 810nm and 830nm wavelengths. This wavelength has a range of therapeutic applications such as:
Anti-inflammatory benefits: 850nm wavelengths can help to reduce joint and muscle pain and diminish general inflammation in the body.
Enhanced muscle recovery: A study observed the use of 850nm wavelengths on athletes, and found that usage of the near-infrared light increased muscle mass after training, and decreased inflammation and oxidative stress in muscle biopsies.
Healing of wounds in the skin: Lesions in the skin heal faster when exposed to 850nm wavelength light therapy.
Reduction of lines, wrinkles, and hyperpigmentation: 850nm can support the production of collagen, assisting with plumper, more radiant-looking skin, and a more uniform texture.
Orthodontics and tooth alignment: The use of the 850nm wavelength can foster the speedy realignment of teeth for patients undergoing orthodontics.