The difference and application between flying laser marking and static laser marking

2025-09-26 Click： 35

Flying laser marking is a form of marking that is relative to static laser marking. As the name suggests, it is a form of surface laser coding of products on a production line at a relatively fixed speed. Simply put, flying laser marking means placing products on a conveyor belt to follow the production line and cooperate with industrial automation production lines. The products are transmitted through automatic sensing devices, and the laser marking equipment receives the signal for marking work, without the need for manual feeding. It is a manifestation of automation.

Static laser marking is a semi-automatic marking mode that combines human-machine interaction or uses a robotic arm device. The material is manually loaded and unloaded, and the operator places the workpiece on the marking station. The laser marking work is then completed through manual triggering, and the material is manually unloaded after the marking is completed. The loading and unloading of the robotic arm is carried out through upstream and downstream signal transmission, similar to manual operation. The robotic arm completes the loading process, senses the position of the workpiece through sensors, and issues marking instructions. The laser marking machine receives the marking signal and performs the marking work. After the marking is completed, the completion instruction is issued, and the robotic arm moves the workpiece away before repeating the next round of operation.

Flying laser marking is a fast, industrial automated, highly integrated method that does not require additional job positions, can reduce employee costs, minimize human errors, increase production efficiency, and improve 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.