On the Importance of 355 Ultraviolet Laser Marking in Industrial Manufacturing

In industrial manufacturing, packaging labels and information labels of various products are inseparable. The most familiar ones are some signs, trademarks, company names, icons, logos and other information, as well as labels, barcodes, QR codes, dates, numbers, numbers, English and other information that we see on commodities in our daily life.

As one of the types of laser marking equipment, Dongguan 355nm ultraviolet laser diodemarking machine is also an indispensable marking equipment in the marking industry. It can help users to mark and identify simple or complex information. For the marking industry is an indispensable part.

The working principle of the 355nm ultraviolet laser diodecoding machine is realized by photochemical ablation, that is to say, relying on the high energy of the laser to generate an object or chemical reaction on the surface of the object, thereby forming a pattern of marking.

Ultraviolet wavelength is only 355nm. The extremely small spot and thermal influence (basically negligible) give it the effect of ultra-fine and special material marking, which is an inevitable choice for those high-end industries that require ultra-fine processing.

Ultraviolet laser marking is unmatched by other laser machines in terms of special materials, fine marking, fine engraving, and fine processing. For the identification information solution of any industry, it can complete the task delicately, and it plays an especially important role in the identification industry.

The most important thing about 355nm ultraviolet laser diodemarking machine is the beam. If the beam is not good, then the marking of the machine will not be very good and the effect will not be very good.

In fact, the beam can emit a lot of light. Among them, the beam of the ultraviolet laser marking machine is purple light, and other machines may have beams of other colors, such as green light and yellow light. Therefore, each beam of a different color may also represent a different performance and a different function. The violet light we are talking about today has a high beam value and has good functions and effects. We also need to understand a relatively objective phenomenon, which does not mean that all 355nm ultraviolet laser diodemarkings have the same performance, their beams are the same, or there are some differences. The beams between them of different models and different voltages are likely to cause some differences, and the final result will be slightly or greatly different.