What type of diodes do the K-Laser models utilize?

K-Laser models utilize GaAIAs, or Gallium Aluminum Arsenide, diodes because this material offers several advantages for therapeutic applications. GaAIAs diodes are known for their efficiency in converting electrical energy into coherent light, which is essential for laser therapy. The specific wavelengths produced by GaAIAs are highly effective in promoting biological healing processes.

The properties of GaAIAs also allow for a range of wavelengths that can penetrate tissues effectively, making it suitable for various medical applications. Its ability to provide specific and focused wavelengths enhances the laser's therapeutic effects, such as reducing inflammation, promoting tissue repair, and alleviating pain.

In contrast, other types of diodes mentioned, like Silicon, Indium Gallium Arsenide, and Gallium Arsenide, do not offer the same balance of efficiency, wavelength specificity, and tissue penetration capabilities that GaAIAs provide in the context of therapeutic laser use. Thus, the use of GaAIAs diodes in K-Laser models underscores their effectiveness in laser therapy.