Which treatment beam is best for deep tissue stimulation in the K-series?

In the context of deep tissue stimulation using the K-series laser, the treatment beam at 800 nm is optimal due to its specific wavelength characteristics. Laser light at this wavelength penetrates deeper into tissues compared to shorter wavelengths. The 800 nm beam is absorbed less by superficial structures, allowing for greater transmission through various layers of muscle and adipose tissue. This deeper penetration is critical when targeting muscle strains, joint issues, or other conditions where deeper tissue healing and stimulation are required.

When evaluating the other options, the 970 nm beam, while effective for some applications, tends to have its absorption characteristics more beneficial for superficial layers, which can limit its effectiveness for deeper stimulation. The aiming beam at 660 nm is primarily used for guiding purposes and has significantly less penetration, making it unsuitable for deep tissue applications. Lastly, the 750 nm treatment beam, similar to the 970 nm beam, is less effective than the 800 nm option in reaching deeper structures due to higher absorption rates at those wavelengths.

Overall, the choice of the 800 nm treatment beam aligns best with the goal of deep tissue stimulation, maximizing therapeutic outcomes in the context of laser therapy treatments.