Which laser effect on soft tissue is characterized by minimal coagulation and no carbonization?

The Pulse Er:YAG laser is particularly noted for its effect on soft tissue characterized by minimal coagulation and no carbonization. This laser operates at a specific wavelength that allows for precise cutting and ablation of the soft tissue with minimal thermal damage to the surrounding areas. The unique interaction of the Er:YAG laser with water in the tissue leads to the efficient use of energy, resulting in the desired tissue effects without causing significant coagulation or burning.

This is especially advantageous in periodontal procedures where maintaining healthy surrounding tissues is critical. The absence of carbonization ensures cleaner surgical sites and may enhance healing times, making it a preferred choice for various soft tissue applications in periodontology.

Other lasers, such as Continuous Wave CO2, Continuous Wave Diode, and Pulse Nd:YAG, tend to produce more thermal effects, including greater coagulation and potential carbonization, which may not be as desirable in soft tissue treatments where precision and minimal damage are essential.