The Blue diode laser with a wavelength of 445-450 nanometers is a revolutionary change in diode laser systems used in dentistry worldwide. It offers improved performance and cutting speed while requiring lower power compared to infrared diodes. The elimination of drawbacks in infrared spectrum diodes and the improvement in their power make the 445-450 nanometer diode an excellent wavelength in the treatment of soft tissues.
The Blue diode laser with a wavelength of 445-450 nanometers offers clear advantages over conventional treatment methods in dentistry. It enhances wound healing without scarring and has enhanced antimicrobial properties. Patients benefit from less post-operative pain and a reduced need for medications. This approach benefits not only the dentist but also the patient. Satisfied patients are the best way to validate and ensure the success of this method.
The Blue diode laser with a wavelength of 445-450 nanometers is the first dental diode laser that incorporates blue, red, and infrared diodes. This unique feature allows the device to perform over 20 diverse treatments, making it highly versatile for use in various treatment procedures.
The advantages of laser soft tissue treatment are significant. It offers improved wound healing, reduced bleeding, and less post-operative pain. It is also an excellent option for patients with sensitive teeth and gums. The use of lasers in dentistry is a safe and effective way to ensure that patients receive the best possible care.
Blue diode laser with a wavelength of 445-450 nanometers offers a wide range of applications in dentistry. It can be used in various stages of implant surgery, such as disinfection and preparation for impression and scanning. The diode laser is also helpful in periodontics for reducing calculus and bacteria, along with routine scaling or granulation reduction. In endodontics, the laser effectively reduces debris and bacteria in areas that are not accessible by irrigation. The laser is also used for surgical procedures as an alternative to conventional methods, with advantages such as bloodless incisions and fully sterilized procedures, leading to significantly reduced post-operative pain and wound-free recovery. Additionally, the laser is helpful in prosthetics for preparation of impression and scanning, and in low-level laser therapy for wound healing and neurological disorders treatment. Lastly, it can be used for desensitization treatment for excessive sensitivity.
