What is the wavelength of the second treatment beam in the CUBE3 laser?

The second treatment beam in the CUBE3 laser has a wavelength of 800 nm, which is in the infrared spectrum. This wavelength is particularly effective for therapeutic laser applications because it penetrates tissue deeply while still being absorbed efficiently by cellular components.

When laser light interacts with tissue, the energy can be absorbed by chromophores, which then stimulates biological processes such as increased circulation and tissue repair. The 800 nm wavelength strikes a balance between effective tissue penetration and minimal scattering, making it ideal for delivering therapeutic effects during treatments.

In the context of understanding laser therapy, it's crucial to recognize that different wavelengths serve varying therapeutic purposes. For example, wavelengths significantly shorter than 800 nm might be less effective for deep tissue applications due to their limited penetration capability. Conversely, wavelengths that are much longer could be less efficient in initiating cellular responses. Thus, the selection of 800 nm is a well-considered choice in laser therapy, optimizing both efficacy and safety for various treatment protocols.