What else can a laser marking machine do besides marking?

Laser Marking MachineWhat else can it do besides marking? Laser marking machine, marking machine, is just as its name suggests, there is also a saying that the name is just as its name suggests, but laser marking machine has more than just the three words marking machine, and also the two words laser, so there is marking as the main function, and the rest relies on laser processing. Of course, what I am talking about here is not just the name, but also its function.

The marking effect of laser marking machine is undoubtedly widely recognized by all walks of life. Its beauty and permanence have always been what we can imagine when talking about laser marking machines. However, lasers can do more than just these things. Just like other products in the laser series, they are shining in all walks of life, such as medical laser correction of myopia, laser teeth cleaning, laser freckle removal, etc., as well as industrial laser cutting, laser welding, etc., and laser weapons, the use of lasers for the development of unmanned vehicles, etc. These are all leaders in the same industry. Laser is a magical substance, and it is understandable that it has some incidental effects after being attached to the marking machine.

I am not very clear about the additional functions of some other small categories. As far as I know, there are two processing techniques besides marking, one is cleaning and the other is trimming. Cleaning is aimed at some large categories of metals and plastics. It is responsible for making some unevenness and bumps on the metal surface by using the high temperature characteristics of the laser to evaporate the raised parts and make it flat, or remove dirt and rust on the surface to restore it to its original state. Cleaning on plastic is almost similar to the processing on metal. As for trimming technology, I have only heard of it, but to be honest, I am not sure whether it has been developed. However, I do know the effect to be achieved. This trimming technology is mainly aimed at glass. Glass after cutting will inevitably form micro cracks at the edge. Although such cracks are often invisible to the naked eye, they will expand during the subsequent handling, transportation, and processing, affecting the yield rate. The principle of this laser trimming technology is to "use laser to continuously irradiate the glass to produce a temperature gradient at its edge, so that a layer of glass chips is split on the glass cross section, thereby continuously removing the surrounding cracks." Based on these examples, it has to be said that Laser is really a magical substance!