In this marking process, permanent markings can be made on a wide variety of materials using laser beams as an option. Laser binding as a process was patented in the late 1990s, but has now found widespread application in a variety of industries.

For example, in metal products, permanent marks can be made in the form of complex company logos that produce them, various identification marks such as lot number, serial number, and sometimes even bar coding are done. by lasers.

Other types of materials used a more traditional method of thermal firing, before which the surface of the material was damaged by materials such as plastic, rubber, etc., which react very quickly to high temperatures, but now such complex surfaces can be labeled from any way. the manufacturer wants to because lasers do not change their basic structure and can be done with great precision and complexity.

Some specific types of lasers used in this type of process include:

• Nd: YAG laser

• carbon dioxide laser

• Fiber laser

• Diode pumped laser, etc.

Not only that, laser-marked materials are also very durable, as there is no significant change in the actual material of the product, as well as abrasions, cracks, resistance to chemicals, acids, and so on. It does not affect the actual substance.

Some specific applications of the laser marking process are:

• They can be used to name natural materials such as wood, rubber, hardwood, etc. They can be recorded using very low intensity laser beams.

• Marking stones, glass, and other materials that require careful labeling has been used with techniques such as sanding, diamond tool tips, etc., now replaced by laser beams as they are much more accurate and can be made. more complicated.

• Also used for engraving on flexographic plates and cylinders, as well as a wide variety of rubber plates, engraved on polymers used in photography and other new metal alloys.

• Marking stones, glass, and other materials that require careful labeling has been used with techniques such as sanding, diamond tool tips, etc., now replaced by laser beams as they are much more accurate and can be made. more complicated.

• Also used for engraving on flexographic plates and cylinders, as well as a wide variety of rubber plates, engraved on polymers used in photography and other new metal alloys.

Thus, laser marking provides a manufacturing process related to a very specific and industry standard way of labeling a substance and also at a low cost.