How does the K-series Treatment Beam #2 primarily interact with tissue?

The K-series Treatment Beam #2 primarily interacts with tissue by creating microscopic thermal gradients. This means that the laser energy penetrates the tissue and is absorbed at different depths, resulting in localized heating. This process stimulates cellular activity and promotes healing by enhancing metabolic processes at the cellular level. The micro-heating effect not only contributes to tissue regeneration but also helps modulate pain by interacting with nerve endings.

Creating thermal gradients is essential in laser therapy as it aids in increasing the tissue temperature enough to initiate physiological responses, such as promoting circulation and accelerating the healing process. This approach is effective because it allows for targeted treatment, minimizing damage to surrounding healthy tissue while facilitating the healing of areas that require attention. The effectiveness of this method is why it is widely applied in therapeutic laser treatments, particularly in musculoskeletal issues and chronic pain management.