The difference between fiber laser marking machine and CO2 laser marking machine

Laser marking machine is also called laser marking machine, laser engraving machine and other names, but most people don’t understand the difference between fiber laser marking machine and CO2 laser marking machine. The technical staff will explain the difference between fiber laser marking machine and CO2 laser marking machine.

Performance characteristics of fiber laser marking machine

1. The marking software is powerful, compatible with files of Coreldraw, AutoCAD, Photoshop and other software; supports PLT, PCX, DXF, BMP, etc., and can directly use SHX and TTF fonts; supports automatic encoding, printing serial numbers, batch numbers, dates, etc. Bar code, QR code, automatic number skipping, etc.

2. It adopts an integrated overall structure, equipped with an automatic focusing system, and the operation process is humanized.

3. Use the original imported isolator to protect the fiber laser window to enhance stability and laser life.

4. No need for any maintenance, long service life, small size, and suitable for working in harsh environments.

5. The processing speed is fast, 2-3 times of the traditional marking machine.

6. The electro-optical conversion efficiency is high, and the power consumption of the whole machine is less than 500W, which is 1/10 of the lamp-pumped solid-state laser marking machine, which greatly saves energy consumption.

7. The beam quality is much better than that of the traditional solid laser marking machine. It is the fundamental mode (TEM00) output, and the focused spot diameter is less than 20um. The divergence angle is 1/4 of the semiconductor pump laser. Especially suitable for fine and precise marking.

Performance characteristics of CO2 laser marking machine

1. High marking accuracy, fast speed, free control of the depth of engraving

2. High laser power, suitable for engraving and cutting a variety of non-metal products

3. No consumables, low processing cost-laser operating life up to 20000-30000 hours

4. Clear marking, not easy to wear, high engraving and cutting efficiency, environmental protection and energy saving

5. Use the 10.64um laser beam to expand, focus, and finally control the deflection of the galvanometer

6. Act on the surface of the workpiece according to the predetermined trajectory to vaporize the working surface to achieve the marking effect

7. Good beam pattern, stable system performance, maintenance-free, suitable for industrial processing sites with large-volume, multi-variety, high-speed, high-precision continuous production

8. The most advanced optical path optimization design and unique graphics path optimization technology, coupled with the unique ultra-pulse function of the laser, make the cutting speed faster.