Foshan Fulan Laser Technology Co., Ltd.
National Hotline: 0757-29899345
Manager Wen: 18902563402
Fax: 0757-29899345
Business QQ: 2801827697
E-mail: china@fsfulan.com
Address: No.14, Leliu Port Intensive Industrial Zone, Shunde District, Foshan CityThe high-tech zone almond altar town, shunde, foshan city shun industry west road no. 15 cimc valley 20 9 / f, building B
To put it simply: dynamic means that the workpiece marked in the marking process is moving, and static means that it is still. Next, please follow Foshan Fulan Laser to understand the differences between the two.
1. Different appearance
Due to the different work styles, the appearance of the two also has certain differences.
2. The degree of automation is different
Dynamic marking is a form of laser marking when the product is in motion. To put it simply, the product is placed on a conveyor belt or a rotating fixture, and it is automatically recognized and marked by the laser marking machine, which is a manifestation of automation.
Static marking is to fix the product on the worktable of the marking machine, and then mark the surface of the product, manual loading and unloading, positioning, and marking, which is a semi-automatic marking mode.
3. Different core devices
Dynamic laser marking machine requires higher efficiency than static laser marking machine, the speed of galvanometer is also faster, and the control software needs to be more comprehensive. Simply put, the core difference between the two lies in the gap between lasers, galvanometers, and control software.
4. Different configuration requirements
The configuration requirements of the static laser marking machine will not be very high. As for the dynamic laser marking machine in industrial automation, almost all parts and accessories must be highly configured.
To summarize the above: dynamic generally refers to online flying marking, rotary marking, fast speed, high degree of automation, high integration, time saving and labor saving, and high processing efficiency. Static laser marking requires manual loading and unloading, positioning, and marking. It is a semi-automatic processing mode and requires additional jobs to maintain normal operation.