3 Optimal Wavelengths of LX16 Plus Diode Laser by Woodpecker

Laser technology in dentistry is becoming a cutting-edge trend, enhancing treatment effectiveness and patient experience. Notably, the Diode LX16 Plus laser stands out with three optimal wavelengths, offering perfect solutions for various dental issues such as crown lengthening, gum depigmentation, teeth whitening, and more. At The East Rose Dental Clinic, we are proud to utilize this advanced technology to deliver beautiful, healthy smiles with no pain or discomfort for our patients.

3 Wavelengths of Laser Optimization in Dental Treatment with LX16 Plus

The three-wavelength laser technology of the Woodpecker LX16 Plus is a groundbreaking feature that optimizes the dental treatment process. Each wavelength offers distinct benefits and applications, ensuring precision and safety for various dental procedures. Below are the details of each wavelength and their corresponding clinical applications.

Blue Wavelength (450nm)

The blue wavelength (450nm) is designed to be strongly absorbed by hemoglobin and melanin—two substances found in soft tissues—while being minimally absorbed by water. This makes the blue wavelength an ideal tool for soft tissue procedures such as gingivectomy and contouring. With its excellent control over hemostasis, the blue wavelength helps minimize bleeding during treatment while ensuring high safety and a quick recovery time. Its applications are diverse, especially in cosmetic dental procedures.

 Clinical Applications:

• Soft Tissue Cutting: Enables precise and highly flexible removal of soft tissue without damaging surrounding areas. Additionally, it reduces pain and promotes hemostasis, allowing wounds to heal faster compared to traditional methods.
• Hemostasis: Blue light at a 450nm wavelength is strongly absorbed by red blood cells, providing rapid and effective hemostatic capabilities. This method effectively stops bleeding instantly during treatment, ensuring safety and optimal results for patients.
• Abscess treatment: Used in managing abscess infections, effectively eliminating bacteria and necrotic tissue without extensive mechanical intervention.
• Gum lightening: Enhance the gum's color by utilizing blue light, which is highly absorbed by melanin pigments. This process delivers quick and effective aesthetic improvements for patients, without causing bleeding and providing noticeable results immediately after the healing process.
• Teeth whitening: The blue laser accelerates the whitening process without causing sensitivity, ensuring optimal results.

Red Wavelength (650nm)

The red wavelength (650nm) is known for its ability to stimulate ATP production—the primary energy source for cells—thereby enhancing the respiration and circulation of tissues, as well as providing effective anti-inflammatory effects. This wavelength positively impacts cell regeneration, helping wounds heal faster. Due to this property, it is widely used in postoperative treatment procedures, especially in dental procedures that require a short recovery time and minimized complications.
Clinical Applications:

• Stimulating ATP production: Advanced light technology promotes rapid energy synthesis and production in cells, accelerating the recovery process and enhancing physiological functions after treatment. This is particularly beneficial for complex cases such as wisdom tooth extraction, Implant placement, and apicoectomy, delivering superior outcomes and significantly reducing healing time for patients.
• Enhancing cell cycle: The red wavelength promotes quicker cell regeneration, shortening healing time for patients.
• Reducing inflammation: The anti-inflammatory capability of the red wavelength helps alleviate symptoms of swelling and pain post-treatment, particularly in cases such as gingivitis or after periodontal surgery.

Infrared Wavelength (976nm)

The infrared wavelength (976nm) generates photochemical, photomechanical, and photothermal reactions, effectively eliminating bacteria, inflammatory tissue, and alleviating pain. This infrared light can penetrate deeply into tissues, allowing dentists to address conditions such as infections, inflammation, or chronic pain issues like temporomandibular joint (TMJ) pain. 

Compared to traditional methods, the infrared wavelength offers higher precision and effectiveness in disinfection and infection treatment, helping patients feel more comfortable during and after the treatment process.

Clinical Applications:

• Endodontic disinfection: The infrared wavelength helps eradicate bacteria within the root canals, ensuring that endodontic treatments are performed cleanly and effectively.
• Periodontal disinfection: Aids in eliminating bacteria and infections in periodontal pockets, preventing the progression of periodontal disease.
• Pain relief in periodontal treatment: The use of infrared light provides quick pain relief, making patients feel more comfortable after treatment procedures.
• TMJ pain relief: This wavelength effectively reduces pain for patients experiencing temporomandibular joint (TMJ) issues, helping to improve function and decrease inflammation in the area.

The Diode LX16 Plus Laser by Woodpecker, with its three outstanding wavelengths, is the optimal solution for modern, painless, and fast-recovery dental treatments. At The East Rose Dental Clinic, we are committed to providing you with a perfect smile through professional and dedicated services. Visit us to experience advanced laser technology and enjoy the difference in every treatment.