High Power 405nm 3W Violet Fiber Coupled Laser Diode Module for Dental Surgery

This High Power 405nm 3W Violet Fiber Coupled Laser Diode Module is specifically engineered for dental surgery, tailored to meet the precision, safety, and biocompatibility demands of oral clinical procedures—such as tooth preparation, periodontal treatment, and dental restoration curing.

It emits 405nm violet laser, a wavelength optimized for dental applications: it has moderate absorption rates for tooth enamel and dentin (minimizing thermal damage to surrounding pulp and soft tissues) while effectively interacting with dental materials (like photo-curable restorative resins). With 3W stable output power, it balances efficiency and safety—fast enough for tooth structure cutting or plaque removal, yet gentle enough to avoid overheating oral tissues.

Its fiber coupling design is critical for dental use: it transmits laser via medical-grade low-loss optical fiber (available in 100-400μm core diameters). The flexible fiber lets dentists maneuver the laser tip precisely into narrow oral spaces (e.g., between teeth or deep in periodontal pockets), ensuring targeted treatment without damaging adjacent areas. The fiber’s biocompatible coating also meets dental hygiene standards, resisting bacterial adhesion and enabling easy sterilization.

It integrates seamlessly with dental equipment: supports medical-grade TTL control signals (compatible with mainstream dental treatment tables) for stepless power adjustment (0-100%), letting dentists tweak output based on procedure type—lower power for soft tissue treatment, higher power for hard tooth structure preparation. Its compact, heat-resistant housing fits into dental instrument trays, and the built-in silent heat dissipation system (passive aluminum heatsink) avoids noise disruption during surgery.

Note: This module is a Class IV medical laser device. Dentists and assistants must wear 405nm violet laser safety goggles during use. Follow dental sterilization protocols for the fiber tip (e.g., autoclaving at 134℃) to prevent cross-infection. Calibrate the laser output monthly to maintain treatment precision.