Online flying laser marking is a form of marking that is relatively different from static laser marking. As the name suggests, it is a form of surface laser coding of products flowing at a constant speed while the products are in motion next to the production line. Simply put, flying laser marking means placing the products on a conveyor belt to follow the production line, cooperating with industrial automation, allowing them to pass through a laser machine and then automatically induce marking without the need for manual feeding. It is a manifestation of automation. Static laser marking is a semi-automatic marking mode, where the workpiece is manually loaded and unloaded, placed on the marking table, and then manually unloaded after marking by the laser machine. Both have unique visual and tactile effects, as well as an indelible characteristic; It has strong anti-counterfeiting and anti smuggling characteristics, and meets the diverse needs of marking, automated production, assembly line production, and unconventional interface materials.
Flying laser marking is a type of laser marking equipment that is fast, industrial automated, highly integrated, does not require additional job positions, reduces employee costs, increases marking efficiency, and improves work progress; The online flying laser marking machine has strong text arrangement and graphic processing functions, and can automatically generate batch numbers and serial numbers. The intelligent control interface of the plug-in can be flexibly connected to various automation devices and sensors, and the software functions can be flexibly modified according to specific situations. The online flying laser marking machine has strong text arrangement and graphic processing functions, and can automatically generate batch numbers and serial numbers. The intelligent control interface of the plug-in can be flexibly connected to various automation devices and sensors, and the software functions can be flexibly modified according to specific situations.
Static laser marking machine is a semi-automatic processing mode that requires additional work positions to maintain normal operation. However, its marking effect is the same as the stability of the equipment. The hardware equipment of flying laser marking machine is much higher than that of static laser marking machine. The main difference between the two lies in the differences in core components such as lasers, mirrors, and control software. Simply put, the hardware equipment for flying laser marking must be high-end compared to the hardware equipment for static laser marking. If the laser needs to work more efficiently, the speed of the galvanometer also needs to be faster, and the control software needs to be more comprehensive. The main manifestation lies in the marking time during the laser marking process, which is also the main performance criterion for determining a flying laser marking machine.
Mainly reflected in the flying speed of the galvanometer, the main influencing factors are:
1. Various delay parameters of the laser marking machine's vibrating mirror;
2. Control the speed of card processing and data transmission;
3. Jump and marking speed of the vibrating mirror;
