High Power Water Cooling 10W 405nm Fiber Coupled Laser Module for LDI

High Power Water Cooling 10W 405nm Fiber Coupled Laser Module for LDI The Water Cooling High Power 10W 405nm Fiber-Coupled Laser Module—a cutting-edge industrial solution engineered for ultra-stable, high-throughput precision processing. Combining 405nm violet wavelength’s superior material absorption, 10W continuous output, and efficient water cooling system, this module delivers reliable, targeted energy for demanding industrial applications requiring 24/7 continuous operation. Core Advantages (Water Cooling-Centric) 1. Efficient Water Cooling: Ultra-Stable High-Power Operation Dedicated water cooling system and precise temperature control (20°C~28°C), ensuring laser diode junction temperature ≤65°C during continuous 10W output. Eliminates thermal drift and power decay common in air-cooled modules, supporting uninterrupted industrial production (24/7 runtime) without performance degradation. 2. 405nm Violet Wavelength: Precision & Absorption Optimization 405nm wavelength (±5nm tolerance) achieves 3–8x higher absorption on photoresists, non-ferrous metals (copper, aluminum), and UV-curable resins vs. 1064nm IR lasers. Enables sub-10μm fine-patterning for HDI PCBs and micro-components, while offering 50μm~80μm material penetration—balancing precision and processing efficiency. 3. 10W High Power Stable CW output with lower power fluctuation over 24 hours, delivering energy density ≥12,000mW/cm² at the fiber tip. Reduces processing time compared to 3W modules (e.g., 1mm thick UV resin cured in ≤0.8 seconds vs. 4 seconds); supports high-speed production lines. Key Applications Industrial Processing PCB Laser Direct Imaging (LDI): Fine-patterning for HDI boards, IC substrates, and flexible FPCs with sub-10μm linewidths. UV Curing: High-speed curing of UV inks, adhesives, and conformal coatings in electronics/automotive assembly. Microfabrication: Precision structuring of polymers, glass, and thin films for MEMS, microfluidics, and semiconductor components. Advanced Manufacturing 3D Printing: High-power light source for large-format SLA/DLP 3D printers, enabling fast curing of thick resin layers (≥5mm) with intricate details. Material Processing: Laser ablation, surface modification (hydrophilic/hydrophobic treatment), and metal thin-film deposition. Scientific Research Biomedical Research: Fluorescence excitation, photodynamic therapy (PDT) studies, and cell imaging. Material Science: Polymer aging testing, nanomaterial synthesis, and laser-induced breakdown spectroscopy (LIBS). Core Specification : Wavelength 405nm Output Power 10W (CW) Working Voltage 24V Fiber Core Diameter 105um , NA0.22, 1.5M length Coupling Efficiency 85%  Housing Size 354*230*44mm (Customizable) Lifespan  10,000 hours     Product Display :   Our Services : We have over 15 years of experience with Lasers. We offer professional OEM& ODM service for laser modules from 375nm to 1064nm! Item Parameter Wavelength 375-405nm 425-488nm 515-520nm 635-670nm 780-980nm Single Diode  Module Optical Power 20mW-3W 20mW-3W 10mW-1.6W 5mW-2.5W 5mW-75W Multi Diodes Module Optical Power 3W-200W 6W-500W 1.6W-50W 2.5W-30W 75W-100W Operating Voltage 3-5V/6V/ 12V/ 24V/ 30V/ 110V/ 220V/ 240V etc. Beam Mode Dot/ Line/ Cross/ Grid/ Muti-lines/ DOE etc. Fan Angle Options of the Line Beam 5°/10°/15°/20°/25°/30°/45°/60°/90°/110°/130°/180° etc. Optical Lens Acrylic lenses, glass lenses, wave lenses, Powell lenses etc. Dimension 4*8mm/ 6*10.5mm/12*15mm/9*21mm/16*66mm/ 33*33*55mm/ Customizable etc. CDRH Class class1/class2/class3R/class3B/class4