Fiber laser marking system features:
- Desktop type is good for industrial factory.
- Marks widest variety of materials, including steel, titanium, aluminum, copper, ceramics and some plastics.
- 100,000+ hours of laser life, reducing costs and production downtime.
- 110mm2 mark field (other sizes available).
- No consumables and minimal maintenance help reduce operating costs.
- Air-cooled 10W-20W models.
- Higher beam quality than flash lamp, diode pumped and vanadate, resulting in a high quality mark.
Basic Information |
Model |
ATOF20ED2 |
Weight |
209.44 lbs. (95 kg) |
Dimension |
880mm x 650mm x 1430mm (34.65" x25.59"x56.30") |
Warranty |
2 Years |
Distance (scanner to working plateform) |
97~387mm (3.82" x 15.24") |
Platform size |
460mm x 650mm (18.11" x 25.59") |
System Technical Specifications |
Laser type |
Fiber; Ytterbium doped |
Output power |
10W, 20W |
Power requirements |
10W 20W: 220 V AC, 16 A, 50/60 Hz |
Wavelength |
1070 nm |
M2 |
<1.4 |
Operation mode |
Pulsed |
Pulse rep rate |
20-80 kHz |
Cooling |
10-20W: Fan assisted air cooling |
Scanning method |
XY galvanometer |
Max line speed |
7,000 mm/sec |
Controls |
LEC 1 industrial computer based controller |
Communications |
USB ports, Ethernet, EtherNet/IP™, RS232 |
Documentation |
USB flashdrive with operator's manual and integration guide; Online video troubleshooting |
Lens Configurations |
Lens |
Marking field |
Focal length |
100mm |
65mm x 65mm (2.5" x 2.5") |
97mm (3.82") |
160mm |
110mm x 110mm (4.3" x 4.3") |
175mm (6.89") |
254mm |
175mm x 175mm (6.9" x 6.9") |
296mm (11.65") |
330mm |
228.6mm x 228.6mm (9" x 9") |
387mm (15.23") |
Material: Plastic, steel, stainless steel, magal, zinc alloy, copper, nickeling, zincing, alox.
Tips: The selection of fiber laser marking machine of different powers
The fiber laser marking machine has different powers of 10w, 20w, 30w and 50w. A bigger power means a higher price. The most frequently-used machine types are the 10W and 20W. There is no great difference on their appearance. The main difference lies in the laser.
The light spot of the 10w fiber marking machine is smaller than that of the 20w fiber marking machine, therefore, it is more appropriate to do some refined process, such as some applications of laser line scribe, flexible line engraving of the screen and marking by peeling oxide. Generally, the marking power of 10w is accepted by most product applications because of its favorable price.
The 20w fiber marking machine has a relatively high peak value. Its application coverage is wider than the 10W fiber marking machine. Except the extremely refined processing, the application coverage and efficiency of the 20w fiber marking machine are recognized by most manufacturers. In addition, its marking speed is faster than the 10w laser marking machine.
As to the fiber marking machine from 30w to 50w, it is only used by some special products, such as deep engraving, deep peeling of printing ink, small-scale cutting and so on. Because of their high prices, their selection rates are relatively low.
Generally speaking, if there is a small amount of marking products and only the surface effect is required, 10W can be selected. But if the manufacturer is doing the professional processing, it is certainly required to choose the 20w fiber laser marking machine with higher efficiency.