| Application: | Laser Marking |
|---|---|
| After-sales Service Provided: | Engineers available to service machinery overseas |
| Certification: | CE,ISO,SGS |
| Power(W): | 10 |
| Model Number: | PEDB-400A |
| Brand Name: | PERFECT LASER |
| Place of Origin: | China (Mainland) |
| Graphic Format Supported: | DWG,DXF,PLT |
| Cooling Mode: | Air Cooling |
| Laser Type: | Fiber Laser |
| Condition: | New |
Quick Details
Specifications
Fiber Laser Marking Machine PEDB-400A
◆Deep Marking: Fiber laser can make deep marking up to 1.0mm on stainless steel and aluminium. While YAG and Diode marking only could mark 0.2mm-0.3mm. So it's suitable for the industries which has high requirement to the depth and accuracy.
◆Higher Accuracy: fiber laser can reach upto 0.001mm precision, while diode only 0.01mm.
◆No consumables: Fiber laser machine can be used for 8-10 years without any consumables.
◆No need to adjust the laser path: fiber laser beam comes out from the fiber device directly, so no need to adjust the laser optical path. While Diode laser need to adjust the laser optical path regularly.
◆Use Integrated Air Cooling: Fiber laser uses integrated air cooling, and the cooling effect is excellent than the water cooling used in Diode and YAG laser. Also, air cooling no need to maintain, save many cost and energy.
◆Low Power Consumption: low cost, only 0.5kw/hour. While Diode is 3kw/hour, and YAG is 5 kw/hour. Fiber laser is more economized and environmental.
◆Small and compact: the volume of fiber laser marking machine is small, only 0.12 M2. It can be put in desk and easy to install.
★ Performance Features
Fiber Mark is adopted
international advanced technology and the working material is fiber. The
diode coupling with fiber to process pump, the pump light will course
the particles reverse which can emit high quality laser beam.
◆Best Marking Effect:
the laser beam of fiber laser is fine and thin. It can provide the best
marking effect among all the laser machine machines. Especially good in
smallest character marking, such as mark on IC chip.
◆Deep Marking: Fiber laser can make deep marking up to 1.0mm on stainless steel and aluminium. While YAG and Diode marking only could mark 0.2mm-0.3mm. So it's suitable for the industries which has high requirement to the depth and accuracy.
◆Higher Accuracy: fiber laser can reach upto 0.001mm precision, while diode only 0.01mm.
◆No consumables: Fiber laser machine can be used for 8-10 years without any consumables.
◆No need to adjust the laser path: fiber laser beam comes out from the fiber device directly, so no need to adjust the laser optical path. While Diode laser need to adjust the laser optical path regularly.
◆Use Integrated Air Cooling: Fiber laser uses integrated air cooling, and the cooling effect is excellent than the water cooling used in Diode and YAG laser. Also, air cooling no need to maintain, save many cost and energy.
◆Low Power Consumption: low cost, only 0.5kw/hour. While Diode is 3kw/hour, and YAG is 5 kw/hour. Fiber laser is more economized and environmental.
◆Small and compact: the volume of fiber laser marking machine is small, only 0.12 M2. It can be put in desk and easy to install.
★ Application scope and material
1) Electronic and communication products, IC products, electric lines, cable computer components and electric appliance.
2) Every kind of precision parts,hardware tools,instrument appliance,aviation and spaceflight appliance.
3) Jewelry, garments, instruments, gifts, office devices, brand scutcheon, sanitary ware appliance.
4) Dishware ,food ,drinking,smoking and alcohol,etc.
★ Specifications
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Laser Sourse
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IPG Series
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Pulsed, High Energy Ytterbium Fiber Lasers
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Mode of operation
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Pulsed
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Polarization
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random
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Q-switched operation
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Output power adjustment range
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10%-100%
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Nominal average output power W
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20W
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Central emission wavelength
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1060-1070 nm
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Emission Bandwidth (FWHM)
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<10 nm
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Long-term average power instability
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<5%
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Pulse width, (FWHM)
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100 ns
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Laser switching ON time
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180 μsec
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Laser switching OFF time
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180 μsec
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Pulse Repetition Rate* kHz
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20-80 kHz
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Energy per pulse (PRR = 20 kHz)
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0.95 mJ
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Typical beam quality, M2
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<1.8
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Output fiber delivery length
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3m
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Operating voltage
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220V
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Max. Power consumption
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600W
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★ Samples