Views: 0 Author: Site Editor Publish Time: 2025-09-01 Origin: Site
Customized SS Radiator for Dental Diode Laser Device
Dental diode lasers operate at wavelengths of 808–980 nm (optimal for interacting with oral soft tissue) and generate significant heat during use—even short 10–60 second treatment cycles can raise the laser diode’s temperature to 60–80°C (exceeding its safe operating limit of 45–50°C). The radiator’s primary role is to:
Absorb Heat: Draw thermal energy away from the laser diode (the primary heat source) and its driver circuit (a secondary heat source).
Dissipate Heat: Transfer absorbed heat to the surrounding air (via passive or active cooling) to maintain the diode’s temperature within the safe range.
Stabilize Performance: Prevent thermal drift (heat-induced shifts in laser wavelength or power output), which would compromise treatment accuracy (e.g., uneven tissue removal or ineffective whitening).
