2IN1 405nm 40W & 375nm 8W Dual Wavelength UV Fiber Coupled Laser Module

The 2IN1 405nm 40W & 375nm 8W Dual Wavelength UV Fiber Coupled Laser Module—a high-power, multi-functional optical solution engineered for advanced microfabrication, semiconductor processing, PCB HDI (High-Density Interconnect) dual-process lithography, and UV-curable material manufacturing. Combining the high-efficiency processing capability of 405nm violet light and the ultra-high-resolution patterning advantage of 375nm near-UV light, this module delivers 48W total output power with independent wavelength control, enabling one-module integration of multiple precision processing workflows and reducing equipment investment costs.

Core Advantages of Dual Wavelength Synergy

Dual Wavelength Complementary: Covers Full-Range Precision Processing Needs

• 375nm 8W Near-UV Wavelength: Targets high-resolution patterning scenarios—aligns with the absorption peak of g-line/h-line photoresists, enabling sub-1μm ultra-fine feature fabrication (e.g., semiconductor MEMS devices, microfluidic chip channels) with minimal heat-affected zones (HAZ ≤0.5μm). Ultra-narrow spectral linewidth (≤3nm FWHM) ensures consistent photoresist response, critical for critical dimension (CD) control in advanced manufacturing.

• 405nm 40W Violet Wavelength: Optimized for high-throughput processing—achieves 3–5x higher absorption efficiency on acrylate-based photoresists, UV-curable adhesives, and polymer composites than 375nm light, enabling single-pass fast exposure of 600mm×600mm PCB panels and rapid curing of thick conformal coatings. 40W high power cuts processing time by 70% compared to single-wavelength 10W modules.

• Independent Wavelength Control: Both wavelengths support separate on/off switching and 0–100% PWM modulation, enabling flexible switching between high-resolution patterning (375nm) and high-speed processing (405nm) without reconfiguring the optical path.

48W Total High Power & Precision Fiber Coupling: Maximize Processing Throughput

• Total 48W CW output power (40W+8W) delivers combined energy density ≥50,000mW/cm² at the fiber tip, supporting high-volume batch production of complex components that require both fine patterning and rapid processing.

• Dual-channel independent fiber coupling design: Each wavelength is coupled to UV-grade multimode silica fiber (core diameter customizable:105um/ 200μm/400μm, NA=0.22) with coupling efficiency ≥85% for both channels, minimizing optical loss and ensuring stable power transmission.

• Shared fiber output option: Optional beam combiner integrates two wavelengths into a single fiber for coaxial dual-wavelength processing, ideal for hybrid tasks (e.g., 375nm patterning + 405nm curing in one step). Fiber length customizable (1m–20m) for flexible integration into lithography machines, laser processing stations, and automated production lines.

Industrial-Grade Water Cooling System: 24/7 Stable Operation

• High-flow water cooling system: Maintains laser diode junction temperature ≤30°C for 405nm channel and ≤25°C for 375nm channel during full-power operation, ensuring MTBF ≥10,000 hours for industrial production lines.

• Independent temperature & flow control for each channel: Prevents cross-interference between the two high-power laser diodes, ensuring wavelength stability and consistent beam quality.

• Leak-proof G1/4 water connectors compatible with mainstream industrial cooling loops; built-in flow rate monitoring and over-temperature protection trigger automatic shutdown for each channel independently, avoiding cascading damage to the module.

Rugged Design & Smart Control: Easy Integration & Safe Operation

• Sealed anodized aluminum alloy housing (IP54 dustproof) with UV-resistant coating, suitable for cleanroom and factory workshop environments—resists dust, moisture, and chemical fumes to protect internal optics.

• Multi-interface control system: RS485/Modbus communication interface supports remote monitoring and adjustment of power, modulation frequency, and temperature for each wavelength.