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Shenzhen Zhonglian Laser Intelligent Equipment Co., Ltd
ZL-WF600A Fiber Optic Transmission Laser Welding Machine
NegotiableUpdate on 02/14
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Overview
ZL-WF600A Fiber Transmission Laser Welding Machine Zhonglian Laser ZL-WF600A Fiber Laser Welding Machine, with high laser power and excellent beam quality obtained through fiber optimization, meets the requirements of kitchen and bathroom, home appliances, and high-speed stainless steel laser welding processing with material thickness within 1.5mm and melting depth within 1mm.
Product Details
Negative power feedback
Negative power feedbackThe working principle of a laser welding machine is to add an energy detection device at the output end of the laser to detect the magnitude of the laser energy and provide real-time feedback to the control end. The signal is compared with the theoretically set energy to form a closed-loop control system, achieving accurate control of the laser energy output. As follows:
Negative power feedbackTechnology can ensure good repeatability of the energy output by lasers, in simple terms, it can guarantee stable laser energy output each time, which can effectively reduce the defect rate of products.
The output waveform can be set arbitrarily according to the welding material, shape, etc
In the welding process of specific workpieces, changing the output waveform of laser energy according to the shape and material of the work can greatly improve the welding quality. Even some traditional laser welding problems can be solved by changing the output waveform of the laser.
Laser can achieve simultaneous output of multiple fibers
Compared with traditional hard path output systems, it can increase the degree of freedom in processing, enable multi beam simultaneous processing and multi station processing, and provide conditions for more precise welding.
Simultaneous welding or time-based welding can be achieved through energy or time splitting.
Rich I/O interfaces allow users to easily control the welding machine.
Key components are all imported from abroad to ensure product quality
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Laser model |
ZL-WF600 |
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Laser type |
YAG |
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Laser wavelength |
1064nm |
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Maximum laser output power |
600W |
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Maximum laser peak power |
9kW（12kWOptional) |
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Maximum laser pulse energy |
50J（100JOptional) |
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pulse width |
≤50ms |
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pulse frequency |
≤200Hz |
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Number of wave patterns |
50group |
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Number of fiber optic outputs |
at most4road |
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Spectral method |
Energy splitting or time splitting |
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Fiber core diameter |
0.6mm |
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Closed loop feedback control method |
Laser power feedback |
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Aiming and positioning method |
Red light indication（CCDOptional) |
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Cooling method |
External water cooling |
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Host power consumption |
20KW |
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Electricity demand |
380V±10%/50Hz/40A |
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Weight |
500kg |
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Overall dimensions of the host (length x width x height) |
1506mm*700mm*951mm |
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Chiller power |
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Cooling capacity of chiller |
17.5kW |
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Electricity demand for chiller |
380V±10%/50Hz/17A |
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Dimensions of the chiller (length x width x height) |
1600mm*900mm*1700mm |
Note:
This laser model allows users to choose a large capacity capacitor box to achieve a maximum single pulse laser energy of 100J.
The thicker fibers listed in the optional ratio list have a maximum core diameter of 1.0mm
Due to continuous product updates, all configurations are based on our company's latest product price manual
Sample image
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IT component welding |
Welding of cigarette lighter |
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