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 fiber laser marker i 103lg without PC LASER
MARKING |
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MODEL I 103LG WITHOUT PC |
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| There are several different types of laser as follows: |
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CO2 lasers are dedicated to mark on glass or other transparent objects. |
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Yag lasers are suited to metal applications but remain costly and less stable over the time. |
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Fiber lasers are the best for marking on metals and plastic when power and accuracy are required. |
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| Fiber Laser Performance: |
| Fiber laser marking is the most efficient technology. |
The laser signal is generated by the laser source and amplified in the optical fiber cable. Then, the signal goes through the collimator which aligns the beam and reduces its diameter to 7mm before entering the galvanometric head.
The Galvo head is equipped with two mirrors which direct the laser beam for fast and precise marking. Finally, a lens concentrates the signal power into a 30 ¥ìm beam. We have chosen the Ytterbium-doped fiber laser for its reliability, power and low operation cost. |
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Our integrated laser system is built around a small marking head that is easy to integrate whatever the position.
The laser marker Model i 103LG offers a 100 x100mm marking area.
The head is controlled by a complete command rack that includes laser source, board and security loops. This laser is mainly set up to operate in a stand-alone mode (Like a black box), connected directly to PLCs.
You can configure the laser to work from a PC through dedicated software.
The Fiber Unit rack is able to manage up to 4 axes. |
Powerful fiber laser for high speed and high contrast marking |
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| The Model i103LG laser marker is designed for integration into industrial production lines enhancing traceability and identification processes.
This device is capable of producing superior quality marking at high work pace level with very low operating and maintenance costs.
This fiber laser can mark on various types of material including hardened steel, titanium alloys. It is also suitable for marking most part of plastics.
The i103L-G is able to create alpha-numeric characters, 1D bar codes, and 2D Data Matrix codes, graphics and logos all with a high level of precision and contrast.
The compact dimensions of the marking head make integration easier. Control of the laser marker can be achieved through the Fiber Unit Controller or easily with a PLC interface. |
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TECHNICAL SPECIFICATIONS |
| Mechanical Technical Features |
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Marking Area
Focal Distance
Weight
Laser Class
Control |
100 x 100 (Option 170 x 170 mm)
160 mm
Controller 19 kg and Marking Head 15kg
4
Standalone mode (Without PC) |
| Electronic Technical Features |
The i 103LG fiber laser has been designed to operate with the rack-controller fiber unit. |
Source
Operation Mode
Wavelength
Optical Fiber Length
Power
Peak Power
Positioning/ Focus
Cooling System
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Pulsed Ytterbium fiber laser
Pulsed (20 to 80 kHz)
1064 nm
3m
10, 20 or 50W
10 kw
Built-in laser pointer
Air-cooled only |
| Software |
The Model i 103LG laser can operate on standalone mode, connected to the production PLC.
Therefore, the creation of files and parameters setting can be done from a PC via the software SIC Laser Advanced.
A full range of options is available in order to optimise the cycle time, or improve contrast and colours, by changing mainly speed, frequency and power. |
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Fiber Laser Marking Samples: |
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