Fiber Laser Marking Machine

Product Description
The Fiber Laser Marking Machine manufactured by PERFECT Laser adopts the state-of-the-art laser marking technology. The lifetime of the fiber laser machine can reach up to 100,000 hours (8-10 years) without any consumables and maintenance. It applies high-brightness fiber-coupled pump laser diodes to produce a powerful laser beam with fine thickness for works that require high accuracy.

Product Features of Fiber Laser Marking Machine
1. Best Marking Effect

The laser beam of fiber laser is fine and thin. It can provide the best marking effect among all the laser machines, especially well in smallest character marking, such as mark on IC chip.

Fiber Laser Marking Machine
PEDB-400D

2. Deep Marking
PERFECT Laser's Fiber Laser Marking Machine can make deep marking up to 1.0mm on stainless steel and aluminum. While YAG and Diode marking only could mark 0.2mm-0.3mm.

3. Higher Accuracy
Fiber laser can reach unto 0.001mm precision, while diode only 0.01mm.

4. 10 Years Long lifetime
We used the fiber laser module made by Germany IPG technology, the lifetime of the fiber laser device is 100,000 hours, so the machine can be used for 8-10 years.

5. No consumables: Fiber laser machine can be used for 8-10 years without any consumables.

6. No need to adjust the laser path

7. Free of Maintenance

8. Use Integrated Air Cooling

9. Low Power Consumption: low cost, only 0.5kw/hour.

10. Small and compact: the volume of PERFECT Laser's Fiber Laser Marking Machine is small, only 0.15 M3.

11. It's equipped with dust-off cover, which can ensure the operation safety and beautiful outlook.

Applications of Fiber Laser Marking Machine
The industrial laser marker is widely used for marking stainless steel, carbon steel, iron, aluminum, copper, brass, anodized and coated materials, as well as non-metallic materials such as nylon, ABS/PVC/PC board, hard plastics, rubber, resin, and ceramic. It can be used in industries such as electronic and communication products, IC products, electric lines, computer components, precision parts, hardware tools, instruments, aviation and spaceflight appliances, jewelry, garments, instruments, gifts, office devices, brand scutcheon, sanitary ware appliance, dishware, food, drinking, smoking and alcohol, etc.

Technical Parameter of Fiber Laser Marking Machine
Laser Source PEDB-400 10W PEDB-400 20W
IPG Series Pulsed, High Energy Ytterbium Fiber Lasers
Mode of operation Pulsed
Polarization random
Q-switched operation
Output power adjustment range 10%-100%
Nominal average output power W 10W 20W
Central emission wavelength 1060-1070 nm
Emission Bandwidth (FWHM) <10 nm
Long-term average power instability <5%
Pulse width, (FWHM) 100 ns
Laser switching ON time 180 μsec
Laser switching OFF time 180 μsec
Pulse Repetition Rate* kHz 20-80 kHz
Energy per pulse (PRR = 20 kHz) 0.95 mJ
Typical beam quality, M2 <1.8
Output fiber delivery length 3m
Operating voltage 220V
Max. Power consumption 600W

Optional Item
1. Rotary system for cylinder product
2. Safety glass
3. Online flying transfer belt system (includes the software)

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Other Products
  • Metal Diode Laser Marking Machine PERFECT Laser's Metal Diode Laser Marking Machine is widely used for marking stainless steel, carbon steel, iron, aluminum, copper, brass, anodized and coated materials. It can also be used to mark non-metallic materials such as nylon, ABS/PVC/PC board, hard plastics, rubber, resin, and ceramic. The diode laser marker can be used in industries such as electronic and communication products, IC products, electric lines, computer components, precision parts, hardware tools, instruments, aviation and spaceflight appliances, and jewelry.
  • Rotary Diode Laser Marking MachineThe Rotary Metal Laser Marking Machine is designed for fast speed and high precision laser marking by adding a set of rotary control system and rotary fixture. This diode laser machine is mainly used for marking column-shaped, taper-shaped and other work pieces with curved surface. It is also the economical choice for marking on fine metal parts, electronic components, high strength alloys, medical instruments, jewelry, etc.