Which treatment beam is responsible for warming effects due to water absorption?

The treatment beam responsible for warming effects due to water absorption is the one that operates at a specific wavelength to effectively penetrate tissues with high water content. In the context of K-Laser technology, treatment beam #4 is known for its capacity to generate thermal effects attributed to the absorption of lasers by water molecules in the tissues.

As laser light interacts with water, its energy is absorbed, which leads to an increase in local tissue temperature. This warming effect can promote various physiological processes, such as increased blood flow, reduction of muscle tension, and enhanced cellular metabolism, contributing to the overall therapeutic benefits of laser therapy.

Other treatment beams may have different wavelengths or characteristics that are better suited for non-thermal effects, such as stimulating cellular activities or promoting healing without significant temperature changes. Understanding the specific properties and applications of each treatment beam is crucial for effective patient care and laser therapy utilization.