In the marking industry, laser marking machines and laser inkjet printers are relatively common equipment. They are used in production workshops in all walks of life. Users also know that they are code coding machines. So what is the difference between them? Here is to help you distinguish:
1. The difference between laser marking machine and laser inkjet printer is the difference between software
Laser inkjet printers belong to in-flight coding. The speed requirements are fast when working. Professional laser coding software is required to meet the speed. General marking software on the market is very good for static marking, but the speed during flight is not good because at the beginning of the software design, it was developed based on static marking.
The analysis of static marking software is based on a segment, while the laser coding software analyzes the coding on a unit of each word. For example, the customer requires that the coding content be two lines of Chinese characters: the first line: production date 20190413; the second line: Expiration date: 20190413 When the speed is 60 meters per minute, it cannot be achieved with ordinary marking boards on the market, but can be achieved easily with special laser coding software. Professional laser coding software should have the characteristics of fast response speed.

2. The difference between laser marking machine and laser code printer is the difference between galvanometer
Laser coding has very high requirements on the galvanometer. The speed of the galvanometer is generally required to be more than 5000 times per second or more. Static marking has not high requirements on the galvanometer, and the marking speed is generally several hundred times per second. Lower when there is a depth requirement.
3. The difference between laser marking machine and laser inkjet printer is the difference in overall design
Customers 'application of laser inkjet printers is generally installed on high-speed assembly lines. Laser inkjet printers are required to occupy a small area and be easy to integrate. Laser marking machines are designed according to traditional mechanical equipment and are generally huge in size.
However, laser marking machines and laser code printers are currently widely used in integrated circuit chips, computer parts, industrial bearings, watches, electronic and communication products, aerospace components, various automobile parts, home appliances, hardware tools, molds, wires and cables, food packaging, jewelry, tobacco and military affairs and other fields for graphic and text marking, as well as large-scale production line operations.



