Photobiostimulation & Oral Diagnosis Handpiece

Wuhan Pioon Tech. Co.,Ltd. · source

Photobiostimulation & Oral Diagnosis Handpiece

Photobiomodulation and 405 nm fluorescence diagnostic handpieces for dental laser systems. Support tissue healing, pain relief, and biofluorescence-based detection of caries, plaque, and restorative materials for enhanced clinical visualization.

The system offers two specialized handpieces designed for different clinical purposes:

  • Photobiomodulation (PBM) therapy for tissue stimulation and healing
  • 405 nm violet fluorescence diagnostics for enhanced visualization during dental examinations

Together, these handpieces expand the clinical capabilities of the laser platform, supporting both therapeutic treatments and diagnostic assistance in modern dental practice.

Photobiomodulation Handpiece (PBM) for Dental Applications

The Photobiostimulation Therapy Handpiece is specifically designed for dental clinical use, utilizing low-level laser technology to accelerate healing of oral wounds, alleviate post-operative pain, and prevent infections. Ergonomically designed for precision in dental procedures, this handpiece enables dental professionals to deliver more effective patient care.

Features
  • Promotes Oral Wound Healing: Stimulates cellular regeneration with low-level laser therapy, accelerating the healing process after oral surgeries or tooth extractions.
  • Pain Relief: Reduces pain and inflammation after treatments or surgeries, ensuring a more comfortable recovery for patients.
  • Prevents Infections: Enhances local immune response, helping to lower the risk of infections in the oral cavity.
Clinical Applications
  • Periodontal Therapy: Aids in post-periodontal surgery tissue regeneration, reducing inflammation, and speeding up recovery.
  • Post-Implant Care: Promotes faster wound healing and relieves post-operative pain following dental implants or tooth extractions.
  • Treatment of Oral Ulcers: Provides effective pain relief and accelerates healing of oral ulcers with laser biostimulation.
  • Post-Root Canal Therapy: Reduces inflammation and pain after root canal treatment, improving the post-operative patient experience.

This handpiece is particularly valuable for post-surgical recovery in dental practices, significantly reducing recovery times and enhancing overall treatment outcomes.

405 nm Violet Fluorescence Diagnostic Handpiece

Fluorescence-Based Dental Examination

The 405 nm violet diagnostic handpiece features a fully transparent structure designed to expand the illumination area during fluorescence-based dental examinations.

Unlike conventional tips that emit light only from the distal end, the transparent body allows violet light to spread across a wider scanning field while reducing shadowing during intraoral inspection.

When activated, the 405 nm wavelength induces biofluorescence in dental tissues and bacterial metabolites, helping clinicians visualize early pathological changes that may not be visible under standard lighting.

Key Clinical Applications
  • Early Caries Detection
  • Plaque and Calculus Visualization
  • Orthodontic Debonding
  • Crack and Structural Defect Detection
  • Soft Tissue Screening

Product Information

ManufacturerWuhan Pioon Tech. Co.,Ltd.
TechnologyPhotobiomodulation (PBM) therapy and 405 nm violet fluorescence diagnostics
Pbm FeaturesPromotes oral wound healing, pain relief, prevents infections
Pbm ApplicationsPeriodontal therapy, post-implant care, treatment of oral ulcers, post-root canal therapy
Handpiece 1 PurposePhotobiomodulation Handpiece - Therapy
Handpiece 2 Purpose405 nm Diagnostic Handpiece - Diagnosis
Diagnostic StructureFully transparent
Diagnostic Wavelength405 nm violet
Handpiece 1 TechnologyLow-level laser stimulation
Handpiece 2 TechnologyBiofluorescence visualization
Diagnostic ApplicationsEarly caries detection, plaque and calculus visualization, orthodontic debonding, crack and structural defect detection, soft tissue screening
Handpiece 1 Clinical UseHealing, pain relief, tissue recovery
Handpiece 2 Clinical UseCaries detection, plaque identification