What is the wavelength range commonly associated with surgical diode lasers in dentistry?

What is the wavelength range commonly associated with surgical diode lasers in dentistry?

• A. 377-400 nm
• B. 445-1064 nm
• C. 2780-2940 nm
• D. 9300-10,600 nm

Answer: (B)

The correct choice is associated with the wavelength range 2780-2940 nm, which is commonly used for surgical diode lasers in dentistry. This range is vital because it corresponds to the absorption characteristics of soft tissues, including mucosa and gingiva, allowing for efficient cutting and coagulation. The use of these wavelengths is particularly effective in dental procedures as they enable precise tissue removal with minimal thermal damage to surrounding areas. This precision enhances healing times for patients and reduces postoperative complications. In dentistry, wavelengths within this range are typically favored for a variety of applications, including soft tissue surgeries, periodontal treatments, and frenectomies. By effectively targeting water and hemoglobin, surgical diode lasers leverage this wavelength range to optimize outcomes in dental practices.

The correct choice is associated with the wavelength range 2780-2940 nm, which is commonly used for surgical diode lasers in dentistry. This range is vital because it corresponds to the absorption characteristics of soft tissues, including mucosa and gingiva, allowing for efficient cutting and coagulation.

The use of these wavelengths is particularly effective in dental procedures as they enable precise tissue removal with minimal thermal damage to surrounding areas. This precision enhances healing times for patients and reduces postoperative complications.

In dentistry, wavelengths within this range are typically favored for a variety of applications, including soft tissue surgeries, periodontal treatments, and frenectomies. By effectively targeting water and hemoglobin, surgical diode lasers leverage this wavelength range to optimize outcomes in dental practices.