Selection of laser marking machine methods

There are many differences between laser marking machines and other segmentation methods. Below is a simple analysis of laser marking machines: for some metal parts segmentation, we can adopt the punching and cutting process method, which is more efficient. Compared with this segmentation method, laser marking machines have better flexibility and can perform segmentation processing of workpieces of any shape at any time without the need for molds (known as the mother of industry).
The coding machine marks an indelible mark, which is instantly vaporized on the surface of an object by laser, and can be distinguished by the naked eye without the need for any auxiliary tools, making it easy for consumers to identify. The coding machine breaks through the standardization and singularity of traditional ink spraying technology, creating a new coding method that highlights the characteristics and brand differences of products, enhances the competitiveness of products in the increasingly fierce market, and provides powerful tools for shortening product upgrade cycles and flexible production.
Laser coding machines mainly scratch the trajectory of the characters to be marked completely, while dot matrix laser machines scratch some important trajectory points of the characters to be marked. Therefore, under the same energy conditions, the new dot matrix laser coding machine has a faster printing speed. Laser marking machines use laser beams to mark various material surfaces.
Laser marking machines can be divided into CO2 laser marking machines, semiconductor laser marking machines, YAG laser marking machines, and fiber laser marking machines according to different lasers. The computer control system is the center of control and command for the entire laser marking machine, as well as the carrier for software installation. The laser marking machine should be used in a dust-free, 10 ℃ -35 ℃ environment as much as possible, keeping the optical components dry and dust-free. Laser marking machines are mainly used in situations that require more precision and accuracy. The punching and cutting process will be difficult or impossible to achieve, so it has not been widely utilized. Flame cutting is also one of the commonly used cutting techniques in the metal field, but it can process thick plates and has a larger processing range (f à n w é i) than laser marking machines. Therefore, for more delicate materials, laser marking machines are generally used.