RFH 355nm Nanosecond UV solid-state laser leads the trend

The application and development trend of ultraviolet lasers As one of the current mainstream industrial lasers, solid-state ultraviolet lasers are constantly growing. From the first ultraviolet light in the laboratory to the finished laser equipment in the hands of customers, the laser performance is more superior and stable. Longer life, better stability and higher efficiency.

In the future, industrialized products will only move in the direction of convenience and integration. The same is true for lasers, with smaller volume, lighter weight, integrated circuits and optical paths, higher power, and better stability. Therefore, high-power integrated models have become An unstoppable development trend. Today, with the localization of lasers, RFH high-power 12W ultraviolet solid-state lasers lead the trend and are at the forefront of the industry.

UV laser marking

Ultraviolet laser marking technology can engrave metal and non-metal materials, and has been widely used in leather, craft gifts, fabric cutting, architectural ceramics, clothing accessories, rubber products, electronic components, glasses materials, medical packaging, food packaging, shell brands, Communication equipment and other industries requiring finer and higher precision.

There are many common signs in our daily lives, such as the BMW logo, mobile phone buttons, etc., on metal or non-metal marking text and patterns. These patterns are achieved by UV laser marking technology. Ultraviolet laser is the use of laser beams to print permanent marks on the surface of various substances. The laser light energy evaporates the surface layer of the target material and exposes the deep layer of the material; the laser light energy causes the chemical and physical changes of the surface material to "carve" the desired pattern text.

UV laser cutting

With the rapid development of the electronics industry, the cutting and processing technology of circuit boards is also constantly innovating. The traditional processing methods can no longer meet the ever-increasing changes in line width and line spacing, smaller and smaller apertures, and higher and higher flexibility. Therefore, laser processing is undoubtedly the best choice.

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In terms of PCB and FPC processing, ultraviolet laser cutting has the advantages of narrow slits, low thermal impact, smooth cutting edges, high efficiency, and no mechanical stress on the cutting edges. It is efficient and environmentally friendly, and is an ideal improvement plan for traditional processes.

Excellent positioning accuracy

The wavelength of the RFH ultraviolet laser is shorter than that of visible light, so it is invisible to the naked eye. Although you can't see these laser beams, it is these short waves that enable the UV laser to focus more accurately, which produces extremely fine circuit characteristics while maintaining excellent positioning accuracy.