30W 50W fiber laser fast speed engraving marking machineTecnical
parameters ModelITM-FCLaser Power10W 20W 30W 50W 100WLaser
wavelength1064nm±10nmQ-frequency20KHz~100KHzDivergence0.3mardMarking
range110*110mm / 200*200mm / 300*300mmMinimum line
width0.01mmMinimum character0.1mmMarking speed10000mm/sMarking
depth0~0.5mmEngraving line speed≤ 7000mm/sRepeatability
accuracy±0.001mmBeam qualityM2:1.2~1.8Marking formatGraphics, text,
bar codes, two dimensional code, automatically marking date, batch
number, serial Number, frequency,etcGraphic format supportedbmp,
jpg, gif, tga, png, tif, ai, dxf, dst, plt, etcWorking
voltage220V±10% / 50Hz/4AUnit power< 0.5kwUse of the
environmentClean and dust free or dust lessWorking
condition:HumidityFree of condensed waterLaser module life>
100000hours SamplesOptional partsRotative deviceOur
AdvantagesAdvantages of a fiber laser marking machine for metales
from ITELASER:1,High quality&reliability2,Nice
performance&versatility3,Ease of use with good software
compatibility4,Good durability&easy maintenance 5,Value for
money6,Customer support for all the life.7,Warranty with 3
years Difference from co2What's the difference between a
fiber laser and a CO2 laser?The main difference between a fiber
laser and a CO2 laser lies in their operating principles and the
wavelength of the laser beams they produce.1,Operating
Principle:·Fiber Laser: A fiber laser uses a doped fiber optic
cable as the gain medium. The fiber is doped with rare-earth
elements, such as erbium, ytterbium, or neodymium. When a pump
diode or laser beam is applied to the fiber, it excites the
rare-earth dopants, creating a population inversion and producing
laser light.·CO2 Laser: A CO2 laser, on the other hand, uses a gas
mixture, primarily consisting of carbon dioxide, nitrogen, and
helium, as the gain medium. The gas mixture is excited by an
electrical discharge, causing the carbon dioxide molecules to reach
an excited state and emit laser light.2,Wavelength:·Fiber Laser:
Fiber lasers operate in the near-infrared spectrum, typically
around 1,064 nanometers (nm). This wavelength is well-suited for
marking and engraving metals and certain plastics. Some fiber
lasers can also produce shorter wavelengths, such as 532 nm,
through frequency doubling.·CO2 Laser: CO2 lasers emit laser light
at a wavelength of around 10,600 nm, falling within the
far-infrared range. This wavelength is better absorbed by organic
materials, non-metals, and some plastics. CO2 lasers are commonly
used for cutting, engraving, and etching applications.3,Power and
Beam Quality:·Fiber Laser: Fiber lasers typically offer higher
power outputs and superior beam quality compared to CO2 lasers.
They can deliver high power density and focus the laser beam to a
small spot size, enabling precise and detailed markings.·CO2 Laser:
CO2 lasers usually have lower power outputs compared to fiber
lasers. The beam quality of CO2 lasers is generally lower,
resulting in a larger spot size and reduced precision compared to
fiber lasers.4,Application Focus:·Fiber Laser: Fiber lasers are
well-suited for marking, engraving, and annealing applications on a
wide range of materials, especially metals. They are commonly used
in industries such as automotive, aerospace, electronics, and
jewelry.·CO2 Laser: CO2 lasers excel in cutting, engraving, and
etching applications, particularly on organic materials like wood,
acrylic, leather, fabric, and paper. They find applications in
industries such as signage, packaging, woodworking, and
textiles.It's important to note that these are general differences,
and specific models of fiber lasers and CO2 lasers may have varying
characteristics and capabilities. The choice between the two
depends on the specific application requirements, material
compatibility, and desired outcomes. BenefitsBenefits of
using a fiber laser marking machineUsing a fiber laser marking
machine offers several benefits compared to other marking
technologies. Here are some key advantages:1,High Precision: Fiber
laser marking machines provide exceptional precision and accuracy
in marking. They can create intricate designs, small characters,
and barcodes with sharp edges and fine details. This makes them
suitable for applications that require high-resolution
markings.2,Speed and Efficiency: Fiber lasers are incredibly fast
in marking materials. They can achieve high marking speeds,
allowing for efficient production processes. The quick processing
time improves productivity and reduces cycle times, making fiber
lasers ideal for high-volume production environments.3,Permanent
and Durable Markings: Fiber laser marking produces permanent and
durable markings that are resistant to fading, smudging, or wear.
The laser beam interacts with the material surface, causing a color
change or material removal, ensuring long-lasting and high-quality
markings.4,Versatile and Wide Range of Materials: Fiber lasers can
mark a wide variety of materials, including metals (stainless
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