High Power 405nm 1.6W Blue Fiber Coupled Diode Laser for Medical Surgery

405nm 1.6W Blue Fiber Coupled Diode Laser for Medical Surgery

This High Power 450nm 1.6W Blue Fiber Coupled Diode Laser is a surgical-grade core component exclusively engineered for medical surgery, integrating 450nm blue laser’s hemoglobin-selective absorption, 1.6W high-power surgical output, and precision fiber-coupled transmission. It delivers targeted, minimally invasive laser energy for tissue cutting, rapid coagulation, lesion ablation, and hemostasis—becoming a reliable choice for minimally invasive surgery (MIS) in general surgery, neurosurgery, orthopedics, and gynecology.

Core Technical Advantages for Medical Surgery

450nm Blue Wavelength Surgical Optimization: The 450nm wavelength exhibits strong selective absorption by hemoglobin (in blood vessels) and soft tissue chromophores, enabling efficient tissue cutting while minimizing thermal damage to adjacent healthy tissue. It penetrates into soft tissue—ideal for deep-layer lesion ablation and vascular-rich tissue procedures—reducing collateral injury and accelerating post-operative recovery. Unlike longer wavelengths, it avoids excessive bone or nerve stimulation, enhancing safety in delicate surgical sites.

1.6W High Power for Efficient Surgical Performance: With stable CW/pulsed output, the 1.6W high power enables fast soft tissue cutting and instant coagulation. It shortens surgical duration by 30% compared to low-power modules, handles dense or vascular-rich tissues (e.g., liver, spleen, uterine fibroids) with ease, and reduces patient blood loss during invasive procedures.

Fiber-Coupled Precision for Minimally Invasive Access: Can be equipped with medical-grade silica fiber (core diameter 105um、200/400/600μm, numerical aperture NA=0.22, coupling efficiency 85%), it delivers laser energy with zero loss through narrow surgical pathways. The fiber’s flexibility supports integration with endoscopes, laparoscopes.