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The gas path of the fiber laser cutting machine is the cutting gas provided to the cutting head: clean and dry compressed air, nitrogen, and oxygen. Cutting gases are divided into three types: nitrogen, oxygen and air. Nitrogen, oxygen and air can enter the electronically controlled proportional valve respectively and be controlled by the system. The input and output of air pressure can be accurately controlled to ensure the consistency of cutting quality. The water system of the fiber laser cutting machine mainly consists of two parts: after the cooling water comes out of the chiller, it enters the laser in two ways, and one way enters the cutting head part of the laser machine to cool it; all the way it enters the interior of the fiber laser to cool it; Return to the chiller after the cycle.
The discharging roller table is shown in the figure: After the component cutting process is completed, the component is
automatically transported out to the discharging roller table. The discharging roller table is powered by the roller table AC
motor driving each rack sprocket and chain drive. Ensure that the component can be completely removed from the cutting station. Power transmission: The motor drives the sprocket to rotate to provide power.
H Beam Fiber Laser Cutting Machine
It is mainly divided into 8 sets of moving machines for loading and unloading to form a material transfer system. Each set of independent frame structure is welded and assembled by channel steel and consists of a lifting mechanism slider, a transmission chain, an oil cylinder and a conveyor motor. The loading steel moving machine can cache at least 6 sections of steel, and the unloading steel moving machine can cache at least 5 sections of steel. Function: Functions such as profile storage and loading, and work piece output and storage after cutting. It is convenient to operate through remote operation buttons, reducing manual handling of turnover materials, storing multiple materials at one time, reducing frequent waiting operations in the workshop, optimizing the operation process and improving production efficiency.
laser cooling system | ||
Power | 220V/50HZ | |
Cooling medium | Distilled/deionized water | |
Water temperature control accuracy | ±0.1ºC | |
Normal temperature water setting | Standard 30 ºC (adjustable) | |
Chilled water settings | Standard 25 ºC (adjustable) | |
High temperature warning | 50ºC | |
Low temperature warning | -10ºC | |
Flow alarm | Standard | |
Water pressure alarm | Standard |
Laser main parameters | ||||||
Laser type | fiber laser | |||||
Laser working method | CW,QCW | |||||
Transmission fiber diameter | ≥50μm | |||||
Maximum conditioning frequency | ≥50KHz | |||||
Cooling method | Water cooled | |||||
Output power stability | ±2% | |||||
Energy output regulation | 10%-100% | |||||
Central radiant wavelength | 1080nm | |||||
Power | 380-400VAC | |||||
Materials that can be cut | Stainless steel, carbon steel, aluminum, brass, copper, manganese, nickel |
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