355nm UV laser precision marking mobile phone shell, charger

Customer thumbs up on RFH nanosecond UV laser

Customer satisfaction with RFH 3W5W UV laser is beyond imagination

There are too many objects in our lives that need to be decorated and shaped. Precision marking can make high-precision engraving on the surface of different materials. Daily necessities such as mobile phone shells, panel glass, chargers, earphone cables, etc. need to be superb. Compliant technology. Mr. Wu from Beijing recently came to RFH to solve the problem of precision marking to learn about their UV lasers.

RFH UV laser has perfect spot characteristics, its ellipticity is greater than 90%, has a short pulse width and superior beam quality, and has a small heat-affected area during processing. It will not damage the material itself when marking various materials. Secondly, UV lasers that have passed the test under extreme conditions in re-industry and scientific research can maintain stable compliance quality regardless of the environment, and it is no problem to work continuously for 24 hours.

At the same time, the UV laser marker has a long life, and there is no need for special personnel to look after it during use, and it does not need to be repaired for a long time, which greatly reduces the cost. The most important thing is that the UV laser meets the precise marking required by Mr. Wu, and it can also meet the needs on small components, leaving tiny information and patterns that cannot be erased, replacing the backward ink-jet coding technology with many shortcomings in the past. .

Mr. Wu was extremely satisfied with the RFH S9 series of ultraviolet lasers. He immediately arranged vehicles for transportation and praised RFH for its professional attitude and trustworthy quality, and his slogan "Quality builds reputation, reputation inherits the brand" Thumbs up.

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RFH S9 series ultraviolet laser is an epoch-making revolution, which has the advantages of higher precision, higher stability, and smaller size.

S9 series lasers are smaller in size, do not require customers to make external optical paths, and emit more stable light. The laser has a wavelength of 354.7nm and a wide range of repetition frequency (single pulse to 200kHz), which can be well absorbed by the material and is less destructive to the material. The superior beam quality (M2<1.2) can be strictly guaranteed in all frequency ranges; the pulse width is <20ns@30k, and the heat-affected area during processing is extremely small. It also adopts unique Q-adjusting control technology, the all-digital intelligent power control is simple to operate, has a longer life, stable operation, and extremely low maintenance costs.