Type specification PBL-SF10
Wave length of laser 1064nm
Laser repetition frequency 20kHz~100kHz
Laser power 10W
Marking scope 70*70 /100*100 /200*200mm/300*300mm
Laser sources Fiber module
Laser Head Scanning head
The minimum focus facula diameter 20μm
Minimal character 0.01mm
Marking speed ≤7000mm/s
Repeated accuracy 0.0025mm
Cooling ways Force-air Cooling
Power supply 220V/ 50Hz/2kVA
Process Material All kinds of metal and part of Non-metal Materials
Support format PLT, BMP, DXF, JPG, TIF, AI etc
Package Standard Crate for export
1. Detached design, wide range of adjusting height, independent and sealed cabinet can be used in terrible working environment.
2. Strong expansibility, our equipment can also be used together with rotary device, precision translation tables, assembly line and other nonstandard special tools.
3. This type of machine can mark many kinds of workpieces, especially those products with different outline sizes,.
4. Excellent beam quality: This series of fiber laser marking machines are much better than the traditional marking machine, condensation diameter is less than 20um, divergence angle is 1/4 of the semiconductor pumping source laser, used in accurate marking.
5. Low use-cost: high turnover ratio between electricity and laser, the whole machine power consumption is less than 500W, which is 1/10 of light pumping source laser.
6. Maintenance-free Operation: There is no need of any maintenance for laser, or to adjust/clean the lens.
7. Fast marking speed, 2-3 times faster than the traditional marking machine.
8. Long working life: using fiber laser as pumping source, working hours can reach as long as 100,000 hours.
9. Rotary worktable system is optional, thus, accomplish marking on cambered surface.
10. Air-cooling, no water chiller needed like YAG laser marker, easy transportation.
We, Jinan Possible, specialized in laser machine, such as fiber laser marking machine, diamomd girdle laser marking machine, raman spectrometer, 3d laser engraving machine and co2 laser engraving cutting machine.