What is the role of fiber laser marking machines in the manufacturing industry?

1. The output laser has multiple wavelengths.

2. Tunability.

3. Due to the absence of optical lenses in the resonant cavity of fiber lasers, they have the advantages of no adjustment, no maintenance, and high stability, which cannot be compared to traditional lasers.

4. Fiber optic export enables lasers to easily handle various multi-dimensional and arbitrary spatial processing applications, making the design of mechanical systems very simple.

5. Capable of handling extremely harsh working environments, with a high tolerance for dust, vibration, impact, humidity, and temperature.

6. No need for thermoelectric refrigeration or water cooling, just simple air cooling.

7. High electro-optical efficiency. The comprehensive electro-optical efficiency can reach over 20%, significantly saving power consumption during work and operating costs.

8. High power. Currently, commercial fiber lasers are generally 6000 watts.

Laser marking is the use of high-energy laser beams to locally irradiate processed materials, causing them to rapidly vaporize and undergo color reactions through physical or chemical changes. Laser processing uses computer-generated graphics to create a variety of different shapes and texts, with standardized and exquisite fonts and graphics. Laser marking can achieve permanent marking, with low processing costs, and can effectively improve the quality and grade of products.

Nowadays, fiber laser marking machines are becoming increasingly popular in the industry. They have gradually replaced traditional marking technology. In the future, laser technology will become more common and will usher in the popularization era of lasers, occupying an important position in the industry.