1. The enclosed fiber laser marking machine adopts an imported, high-energy, stable fiber laser integrated machine and a software system for fast and precise optical galvanometers;
2. Humanized dust blocking design, enclosing the workpiece in a laser cabinet for marking processing. The enclosed fiber optic marking machine can ensure a dust-free and environmentally friendly processing environment;
3. The enclosed fiber optic marking machine has a small footprint, is compact and lightweight, and has a cabinet structure that is easy to move and transport;
4. The operating system interface of the enclosed fiber optic marking machine is simple and clear, with multiple languages to choose from, and can be purchased immediately;
5. It can print numbers, letters, characters, graphics, images, barcodes, QR codes, serial numbers, random numbers, batch numbers, codes, production dates, expiration dates, and any self-designed images that can be marked;
6. 100000 hours of lifespan, no consumables, low power consumption, maintenance free;
7. High speed marking, adjustable character size, clear, fine and smooth marking character patterns, and cannot be erased.
Electronic components
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Resistors, capacitors, chips, printed circuit boards, computer keyboards
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Instrumentation
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Panel labels, precision equipment, etc
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Hardware Tools
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Cutting tools, measuring tools, cutting tools, etc
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Automotive components
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Pistons, piston rings, gears, shafts, bearings, clutches, lights, etc
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mechanical parts
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Bearings, gears, standard parts, motors, etc
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Daily Necessities
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Crafts, zippers, keychains, sanitary ware, etc
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jewelry
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Rings, gold, silver jewelry, etc.
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Food and beverage packaging
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Various types of plastic packaging, etc
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Laser source
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IPG series
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High energy ytterbium doped fiber laser
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MODE
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pulse
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polarization
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random
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Qswitch control
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Output power adjustment range
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10%-100%
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Nominal average output power
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20W
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Central emission wavelength
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1060-1070 nm
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Transmitting bandwidth (FWHM)
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<10 nm
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Long term average power instabilitysexually
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<5%
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Pulse width (FWHM)
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100 ns
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Laser on-time
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180 μsec
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Laser switch 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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Each pulse energy (PRR=20 kHz)
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0.95 mJ
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Beam quality M2
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<1.8
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Output fiber optic transmission length
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3m
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working voltage
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220V
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Maximum power consumption
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0.5 kw
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