When choosing equipment, some customers often ask similar questions: "Which is better for carbon dioxide laser marking machine or fiber laser marking machine?" or "Which is better for carbon dioxide laser marking machine or fiber laser marking machine?" . Next, Foshan Fulan Laser will analyze this problem with everyone.

At present, the laser marking machine series produced by Fulan Laser are divided into five types according to the type of light source: optical fiber, green light, carbon dioxide, MOPA and ultraviolet. Below, let's take a look at the respective characteristics and applications of carbon dioxide laser marking machine and fiber laser marking machine:

1. Carbon dioxide laser marking machine

The laser wavelength is 10.64um, which is mainly used for marking leather, cloth, wood, bamboo, plastic, rubber, ceramics, paper products, stone, acrylic and other non-metallic materials; carbon dioxide laser marking machine: the service life of metal tubes is 5 to 10 years, the service life of the glass tube is 3 to 9 months.

Performance characteristics:

1. Using radio frequency excitation sealed off carbon dioxide laser, stable performance, can work for a long time;

2. Using high-speed digital scanning head, small size, fast speed and good stability;

3. The laser power is controlled by software, continuously adjustable, marking and cutting can be realized on one product at the same time;

4. The marking is clear, not easy to wear, high engraving and cutting efficiency, environmental protection and energy saving;

5. No consumables, low processing cost;

6. It can also be equipped with an automatic focusing system, and the operation process is humanized.

2. Fiber laser marking machine

The wavelength is 1064nm, which is mainly used for marking metals and some non-metallic materials with harder materials and higher ignition points; often referred to as metal laser marking machines. It has the longest service life of all light source types, up to 100,000 hours.

Performance characteristics:

1. The beam quality is good, close to the diffraction limit, which can achieve finer marking;

2. Using optical fiber output, equipped with high-speed digital scanning head, marking speed is 2-3 times that of traditional models;

3. The electro-optical conversion rate is as high as 30%, and the power consumption is about 10% of that of traditional models;

4. Cooled by air cooling, the whole machine is compact;

5. No consumables, maintenance-free, and long service life;

6. It adopts an integrated modular structure and can also be equipped with an automatic focusing system, and the operation process is humanized.

Through the above introduction of Fulan Laser, everyone should understand the respective characteristics and scope of application of carbon dioxide laser marking machine and fiber laser marking machine. As for which one is better? Because there is no exact comparison between them, the one that suits one's own or business needs is the best.

PS: The service life of the laser is up, and you can continue to use it only by replacing the laser (just like the printer we usually use, when one ink is used up, you can continue to use it if you add toner or replace the ink cartridge).

In response to market needs, Fulan Laser has launched a new series of laser marking machines. The core components of the equipment are independently developed and produced by the Fulan Laser design team. Other main components can be professionally customized according to customer needs, with reliable and stable performance. With automation, rotating tooling, multi-axis and multi-station, CCD visual positioning, automatic focusing and other technologies, combined with the accumulation of years of Fulan Laser's technology, it can provide customers with more advanced, more stable and more efficient solutions. It can also customize a complete set of automatic laser processing solutions for customers to reduce production costs and improve production efficiency.