High Power 405nm 8W Violet Fiber Coupled Laser Module for Laser Direct Imaging Systems

405nm 8W Fiber Coupled Laser Module   

Our High Power 405nm 8W Violet Fiber-Coupled Laser Module stands as a cutting-edge solution, engineered to redefine performance across a broad spectrum of high-precision application scenarios. From industrial manufacturing to scientific research and medical analysis, it delivers consistent, reliable results that meet the most demanding requirements.

The 405nm 8W fiber coupled laser module performs excellently in different fields: in industry, it facilitates high-precision PCB manufacturing and accelerates curing processes; in scientific research, it is compatible with the excitation of various fluorophores and ensures experimental repeatability; in medical and analytical scenarios, it supports in-vitro diagnostics and micro-structure manufacturing, while balancing sample protection and precision requirements. Additionally, the module features strong durability and excellent thermal management, enabling long-term stable operation and providing reliable support for the electronics, scientific research, medical, and other sectors.

Key Applications

1. Industrial Manufacturing

• LDI Systems: 405nm wavelength enables sub-micron accuracy for high-density PCBs (5G, AI, IoT), with 8W power cutting exposure time by 30% while maintaining quality.

• PCB Exposure: Uniform light ensures consistent circuit definition across large panels, reducing defects and lowering costs.

• UV/Mask Curing: Accelerates cycles in semiconductor manufacturing with deep, thorough curing for durable bonds and precise patterns.

2. Scientific Research

• Fluorescence Excitation: 405nm wavelength optimally excites fluorophores (DAPI, Hoechst) for cell imaging and molecular biology. Stable output ensures experimental reproducibility, with a compact design integrating easily into lab setups.

3. Medical & Analytical Fields

• Medical Analysis: Supports in-vitro diagnostics and tissue imaging with precise excitation, minimizing sample damage.

• Lithography: Enables micro-scale fabrication of medical devices and optical components with exceptional accuracy.