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Dental Anodyne

A Revolutionary Solution for Dental and Gum Treatments
Anodyne Dental Laser delivers safe, precise, and painless treatments including tooth whitening, root canal disinfection, and gum surgery. Featuring four specialized wavelengths, it reduces inflammation, accelerates healing, and ensures advanced results for modern, patient-friendly dentistry.
  • Dimensions: H92×W44×L48
  • Device Weight: 17Kg
  • Operating Voltage: 220VAc – 50Hz
Dental Anodyne Laser for Painless Treatment

What is Dental Anodyne Laser?

The Anodyne Dental Laser is popular among dentists and patients for its high precision, reduced pain and bleeding, and faster recovery. It employs Low-Level Laser Therapy (LLLT) and high-power lasers with wavelengths from 450 to 980 nm. Unlike high-power lasers used for cutting, low-level lasers stimulate regenerative and anti-inflammatory processes.
Dental Anodyne Laser for Gum Treatment
Cold Lasers and Dental Photobiomodulation

Cold Lasers and Dental Photobiomodulation

Low-Level Laser Therapy (LLLT) utilizes specific light wavelengths that penetrate oral tissues, delivering beneficial biological effects. Unlike high-power lasers used for cutting and surgery, cold lasers operate at lower energy without generating heat, aiding tissue repair and reducing inflammation. These lasers typically function in the 400 to 1000 nm wavelength range, with common wavelengths in the Anodyne system being 450, 638, 808, and 980 nm.

Features and Applications of Anodyne Laser Wavelengths

450 nm – Blue Light

  • Physical and Biological Properties:
    450 nm wavelength with 2.75 eV photon energy, 0.5-1 mm penetration depth.
    Key chromophores: bacterial porphyrins, flavoproteins.
    High scattering and absorption in superficial tissue layers.
  • Applications in Dentistry:
    Photodynamic Therapy (PDT): Uses photosensitizers like Toluidine Blue to generate reactive oxygen species, targeting anaerobic bacteria in root canals.
    Root Canal Disinfection: Reduces microbial load, including Enterococcus faecalis.
    Tooth Whitening: Activates hydrogen peroxide gels to break down organic stains.
  • Advantages and Clinical Features:
    High thermal safety, no pulp damage.
    Strong photochemical effect.
    Bacterial selectivity.
    Combinable with other wavelengths.

638 nm – Red Light

  • Physical Properties:
    1.95 eV photon energy, 2-4 mm penetration depth.
    Key chromophores: cytochrome c oxidase, hemoglobin, melanin.
  • Biological Effects:
    Photobiomodulation (PBM): Enhances ATP production and cellular metabolism.
    Anti-inflammatory Effects: Inhibits NF-κB, COX-2, IL-6, and TNF-α.
    Tissue Regeneration: Stimulates fibroblasts, angiogenesis, and matrix remodeling.
  • Clinical Applications:
    Pain and inflammation reduction post-surgery.
    Periodontitis and gingivitis treatment via gum regeneration.
    Accelerated healing of oral wounds and ulcers.
  • Advantages and Clinical Features:
    Adequate soft tissue penetration.
    High thermal safety.
    Multifaceted anti-inflammatory and regenerative effects.
    Short, simple treatment sessions.

808 nm – Near-Infrared

  • Physical and Biological Properties:
    1.53 eV photon energy, 4-6 mm penetration depth.
    Key chromophores: cytochrome c oxidase, myoglobin, water.
  • Biochemical Effects:
    Stimulates mitochondrial respiratory chain.
    Increases ATP, angiogenesis, and tissue repair.
    Reduces oxidative stress.
  • Clinical Applications:
    Non-invasive reversible pulpitis pain relief.
    Implant osseointegration enhancement.
    Dentin hypersensitivity reduction.
    Advanced periodontitis treatment.
  • Advantages and Clinical Features:
    Deeper penetration.
    High safety in low power.
    Multifaceted effects.
    Simple, repeatable protocols.

980 nm – Near-Infrared with High Water Absorption

  • Physical and Optical Properties:
    1.26–1.27 eV photon energy, 2-3 mm penetration depth.
    High absorption in water and hemoglobin.
  • Biological and Clinical Effects:
    Targeted Thermal Effects: Precise cutting and coagulation.
    Disinfection and Vaporization: Evaporates fluids and microorganisms.
    Soft Tissue Surgery: Minimal bleeding, no sutures needed.
  • Clinical Applications:
    Frenectomy and gingivectomy.
    Root canal disinfection and drying.
    Severe periodontitis treatment.
    Soft tissue lesion removal (epulis, fibroma).
  • Combined Applications in Endodontics:
    Canal disinfection (450 and 980 nm).
    Canal drying (980 nm).
    Biological repair with PBM (638 or 808 nm).
  • Advantages and Clinical Features:
    Strong absorption in water and hemoglobin.
    Reduced surgical bleeding.
    Suture-free surgery.
    Deep disinfection.
Wavelengths of Anodyne Dental Laser

Clinical Advantages

Explore the innovative technologies that power the Anodyne Dental Laser:

Strong Absorption in Water and Hemoglobin:

Generates localized heat for cutting and coagulation..

Reduced Surgical Bleeding:

Immediate coagulation of small blood vessels.

Suture-Free Surgery:

Precise cuts with minimal additional interventions.

Root Canal Drying and Disinfection:

Direct fluid evaporation improves filling quality.

Conclusion

The Anodyne Dental Laser, leveraging four precisely selected wavelengths (450, 638, 808, and 980 nm), enables comprehensive soft tissue treatments, canal disinfection, inflammation reduction, and tissue repair. With customizable technical settings (CW/Pulse), it provides dentists with full clinical control. Combining high- and low-level laser capabilities, this platform delivers both surgical and regenerative functionalities.
Conclusion

Technical Specifications of Dental Anodyne

Dimensions 48W * 44L * 92H cm
Device Weight 4 kg
Operating Voltage 220V AC – 50Hz
Main Control Power Switch
System Interlock Control Remote Interlock
Emergency Stop Emergency Switch
Laser Performance Class Class IV (4)
Laser Generator Semi-conductor diode
Output Wavelengths 638 nm, 808 nm, 980 nm, 450 nm
Laser Power 500mW (638nm), 6W (808nm), 8W (980nm), 2W (450nm)
Laser Output Mode CW – Pulse mode
Connectable Fiber Diameter 300 µm, 400 µm
Pulse Width 0.2 to 10 ms & CW
Repetition Rate Up to 5KHz in pulse mode
NOHD 4.8 meters
Control Panel Color LCD 7” Touch Screen
Modulation Frequency 50 KHz
Electric Shock Protection Class Class I – type B
Operating Temperature 5 to 30 °C
Storage and Transport Temperature 0 to 50 °C
Operating Environment Humidity Up to 80%

Scientific Resources on Dental Anodyne

  • Low-Level Laser Therapy in Dentistry: An Overview (OralJournal, 2023)
  • Effects of LLLT on Pain and Inflation (PubMed, 2020)
  • Review of LLLT in Dentistry (ResearchGate, 2015)
  • Book: Principles and Practice of Laser Dentistry (Elsevier, 2022)

Frequently Asked Questions About Dental Anodyne

Is treatment with the Anodyne Dental device painful?

No. This device is non-invasive and operates completely without pain.

How many sessions are needed for teeth whitening?

The number of sessions depends on the desired level of whitening. However, the device’s adjustable wavelengths make treatment accurate and effective. For more detailed information, consult your dentist.

Is Anodyne Dental suitable for treating mouth ulcers/canker sores?

Yes. This device stimulates the healing process, helping reduce inflammation and improve oral ulcers such as canker sores or prosthetic wounds.

When are results visible?

By enhancing blood flow and stimulating cellular repair, noticeable results can be achieved after a few treatment sessions.