Diode lasers are primarily used for which type of tissue?

Diode lasers are primarily used for soft tissue due to their ability to be absorbed efficiently by water and hemoglobin, which are abundant in soft tissues. The wavelengths of diode lasers typically range from 800 to 980 nanometers, making them particularly effective for procedures such as dental soft tissue surgery, periodontal therapy, and certain dermatological applications.

These lasers facilitate precise cutting and coagulation of soft tissues, resulting in minimal damage to surrounding areas, reduced bleeding, and quicker healing times. They are also capable of providing effective treatments for a variety of conditions involving soft tissues, such as gingival tissue management and the excision of lesions.

While diode lasers can sometimes be used for hard tissue applications, they are not the primary choice for those situations, which are often better suited to other types of lasers, like Erbium or CO2 lasers, which are designed specifically for those surfaces. Therefore, the use of diode lasers is predominantly associated with soft tissue procedures.