The 355nm laser, as a high-performance ultraviolet laser, is increasingly demonstrating its unique charm in multiple fields. It utilizes the third harmonic generation technology to convert the fundamental frequency light into 355nm ultraviolet light, featuring a short wavelength and high light energy.

In the field of scientific research, the 355nm laser is an ideal light source for fluorescence microscopes and confocal microscopes, which can efficiently excite fluorescent dyes, provide high-resolution images of cells and tissues, and help researchers explore the mysteries of the microscopic world. Meanwhile, in the biomedical field, this laser also plays an important role in fine operations such as cell manipulation, cutting, and photodynamic therapy, contributing to the advancement of medical technology.

Industrial manufacturing is another major stage for the 355nm lasers. In microelectronics manufacturing, with its remarkable advantages of high energy and short wavelength, it has become the preferred tool for processes such as photolithography, material removal, and micro cutting, promoting innovation in chip manufacturing and micro-nano processing technologies. In addition, the 355nm lasers also demonstrate strong application potential in fields such as LiDAR, spectroscopic analysis, solar cell research, and nanomaterial preparation.

With the continuous advancement of technology, the 355nm lasers are developing towards miniaturization and integration, and the improvement of intelligent control level has further expanded their application scenarios.

RealLight’s MCO series sub-nanosecond fiber pigtailed microchip laser is composed of integrated electronic control module for energy adjustment, photodetector module and laser drive board, with a 200um 0.22NA fiber. This super compact laser is plug and play, making it an ideal source for a variety of applications. In the future, this high-performance ultraviolet laser will play an important role in more fields and continue to promote scientific and industrial progress.

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