The 266nm laser, with its unique deep ultraviolet wavelength characteristics, demonstrates broad application potential across various fields. In life science, it has become an important tool for molecular imaging, capable of clearly capturing the movement trajectory of individual molecules, bringing revolutionary breakthroughs to areas such as cytology research, biochip manufacturing, and optical communication. In materials science, the 266nm laser plays a crucial role in micro-nano processing, thin film preparation, and photolithography exposure. Its high precision and high energy density make processes like non-metallic material cutting, film thickness control, and micro-fine photolithography achievable.

Furthermore, in industrial manufacturing, the 266nm laser has shown exceptional capabilities. It is widely used in the manufacturing processes of semiconductors, optoelectronics, and electro-optics, providing strong support for micro-processing and high-precision photolithography exposure. Its efficiency and stability not only enhance production efficiency but also significantly improve the performance and appearance of products.

Notably, in the LED and Micro LED industries, the 266nm laser plays an irreplaceable role. Using laser lift-off it successfully achieves the precise separation of thin-layer materials from substrates, injecting new vitality into the development of flexible OLED displays.

In conclusion, the 266nm laser, with its outstanding performance and broad application fields, has become an indispensable part of modern technological development. As technology continues to progress and innovate, it is expected to showcase its unique charm and value in even more areas.

The passively Q-switched DPSS laser developed and manufactured by Beijing RealLight offers stable single-pulse energy, good beam quality, and reliability. The integration of the semiconductor pump module and laser crystal in a compact, small design makes installation and integration easy. The system supports both internal and external triggering. This product series includes four wavelengths: 1064nm, 532nm, 355nm, and 266nm, with fully sealed modules inside the laser head that can be used for secondary development by customers. In the future, this high-performance ultraviolet laser will play a significant role in more fields, continuing to drive progress in both science and industry.

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