Laser pipe cutting machine can carry out high efficiency, high quality and high quality cutting of metal materials, and the whole process of cutting processing has low damage level to metal materials. Laser processing technology has the following advantages:
The traditional raw material processing process is complex, including grinding and polishing, cutting, opening, welding and other multi-process processes, processing time, and it is very easy to waste resources, and the laser processing technology of the laser pipe cutting machine can be maintained in the same machine and equipment for a variety of processing processes, thereby improving work efficiency and improving economic benefits.
Laser pipe cutting machine can process different types of tubular metal materials, such as galvanized steel pipe, stainless steel pipe, air conditioning copper pipe, copper pipe, square steel pipe, round steel pipe, shaped steel, etc., at the same time, laser processing technology on the working environment is very low, can work in air, vacuum pumps and even some unique working environment.
Laser pipe cutting machine processing precision and high efficiency, because the laser specific energy is high, can instantly process the daily task, so the thermal hazard area is small, at the same time, the processing method is non-contact, the product workpiece is small, can be higher to ensure the processing quality, reduce the processing cost.
Laser pipe cutting machine is a non-contact high density high speed pipe processing method, the laser beam does not exert any force on the workpiece during pipe processing, the workpiece will not be deformed, and the workpiece does not need to be polished and other secondary processing after processing, and the processing of complex workpiece does not need to open the mold.
After adjusting the processing parameters, the ideal complex process pipe can be processed at one feed, which improves the efficiency and saves the production cost. At the same time, the laser pipe cutting machine has high processing precision and simple operation without multiple multi-process transfer and processing.
When stamping pipe fittings, a process needs to replace the mold once, the processing method is not flexible enough, and the mold tool needs to be replaced several times during multi-process processing, and the mold production cycle time is long and the investment is large. When thin-walled materials are processed, problems such as workpiece deformation and secondary processing are required after punching. The quality of the workpiece is rough and time-consuming.
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