What is the typical wavelength range for dental lasers?

Dental lasers typically operate within the wavelength range of 800-980 nm. This range is particularly effective for soft tissue procedures due to its optimal absorption characteristics in water and hemoglobin, which are crucial in dental applications. The wavelengths within this range allow for efficient cutting and coagulation of soft tissues, minimizing thermal damage and enhancing healing.

Lasers operating at these wavelengths, such as those used in procedures like gingivectomy or frenectomy, provide precise control and reduced bleeding, making them popular choices in modern dentistry. The effectiveness of these wavelengths also contributes to a more comfortable experience for patients, as well as improved outcomes from the procedures performed.

The other wavelength ranges mentioned, while potentially suitable for different applications (like surgical or industrial uses), do not align with the specific needs and behaviors of dental lasers, particularly in terms of soft tissue interaction and healing properties. Hence, the 800-980 nm range is recognized as the standard for dental laser usage.