In short, the flying laser marking machine means to follow the assembly line and cooperate with industrial automation. It is an embodiment of automation to mark the workpiece within a certain period of time. The static laser marking machine is a semi-automatic marking mode. It is used to manually load and unload materials, put the workpiece on the working platform, and then manually unload materials after marking. The main difference between the two lies in the differences of core devices such as lasers, galvanometers and control software. In short, the laser needs to work more efficiently, the speed of the galvanometer needs to be faster, and the control software needs to be more comprehensive. It is mainly reflected in the marking time during the laser marking process, and also the main performance of a flying laser marking machine. It is mainly reflected in the flying speed of the galvanometer, and its main factors include:

1. Delay parameters of laser marking machine galvanometer;

2. Control the speed of data processing and transmission by the card.

3. Jump and marking speed of galvanometer;

We can see why in some high-end applications, the use frequency of imported galvanometers is far higher than that of domestic galvanometers. Therefore, the performance of a marking machine depends not only on the core device laser, but also on the selection of galvanometers and field mirrors.

Generally speaking, the requirements for stationarity are not very high. Most of the equipment used are domestic equipment, which needs to be determined according to the demand. Most of the equipment used are domestic lasers and domestic galvanometers. For the flying laser marking in industrial automation, almost all galvanometers are imported.