Red Fiber Laser 660nm 130mW Fiber Coupled Laser Diode Module for LLLT Therapy

    The 660nm 130mW Red Fiber Coupled Laser Module is a high-precision industrial/scientific-grade optical device, featuring the 660nm 130mW Red Fiber Coupled Laser Module’s stable 660nm red laser output (power fluctuation ≤±3%) and efficient fiber coupling  design—compatible with common single-mode/multi-mode fibers (e.g., 50μm, 100μm, 200μm core diameters) for low-loss light transmission, ensuring minimal energy attenuation during use.

     As a dedicated red laser module, the 660nm 130mW Red Fiber Coupled Laser Module boasts narrow spectral linewidth (≤5nm) and long service life (over 10,000 hours), making it suitable for diverse scenarios: in scientific research, the 660nm 130mW Red Fiber Coupled Laser Module serves as a reliable light source for biological cell imaging (e.g., red fluorescent probe excitation) and photobiology experiments; in medical auxiliary applications, it provides gentle 660nm red light for superficial tissue repair (e.g., low-power wound healing assistance) or diagnostic marking; in industrial precision scenarios, the 660nm 130mW Red Fiber Coupled Laser Module enables fine optical alignment (e.g., in electronic component assembly) or surface texture detection via its focused fiber-transmitted laser.

     Additionally, the 660nm 130mW Red Fiber Coupled Laser Module is equipped with a compact aluminum alloy housing and built-in passive heat dissipation (suitable for -10℃ to 50℃ working environments), fitting small-scale equipment integration. Note that the 660nm 130mW Red Fiber Coupled Laser Module emits visible red light—avoid prolonged direct exposure to eyes, and use matching red laser safety filters when operating in high-light environments.