This form of therapy has photochemical effects. The difference from a surgical laser was that there was no heating effect, due to the fact that its intensity was not that high. The wavelengths varied between 600 nm and 1000 nm, the red light can be produced by the actual laser or high-intensity LEDs. The first actual cold laser therapy device was developed in 1967, and the machine used both red and near red infrared light. Today, infrared light can be used on a wide range of injuries and lesions, helping with pain management and wound healing, reducing inflammation as well. As time passed, and research evolved, the equipment used for the application of the low level laser therapy became more advanced. History tells us that it was the Hungarian physician and surgeon, Endre Mester, who discovered the biological effects of the low power laser. Red light therapy helps improve mitochondria activity in your body. The law states that a chemical substance should absorb light, which would leads to the production of a photochemical reaction. In order to understand how low level laser therapy works, we must refer to photochemistry and one of its most important laws. As you will see below, this type of therapy can support healing as a process in numerous acute and chronic conditions. If low-level light therapy (LLLT) is applied at an inferior dose and range, it will not be effective (we will get to what they are shortly).
The desired effect will be obtained, as long as one stays within specific wavelengths of the light. Studies have confirmed that such kind of applications has excellent pain-relieving properties, as well as the ability to improve the functioning of various cells. LLLT, short for low-level laser therapy is also known as photobiomodulation (PBMT), cold laser therapy, low-intensity light therapy, and soft laser therapy. Mainstream media appreciates LLLT as an effective treatment solution.Other things you need to know about LLLT.Using CareClinic To Track LLLT Treatments/Sessions.Avoiding the Side Effects and Dangers of LLLT.LLLT – benefits & potential side-effects.