In the field of laser cutting, high-quality thin plate fiber laser cutting machine has very high application quality, especially in the field of thin plate processing, this kind of fiber laser cutting machine with good reputation plays an important role, so it is favored and recognized by people. So what are the functions of fiber laser cutting machine that make it recognized?
In the early stage of fiber laser cutting machine, the cutting head had to complete three actions: rising (to a safe height), translation (above the point of arrival) and descending.
Compression of the idle time can improve the efficiency of the machine. If the three actions completed in sequence are changed into "simultaneous" completion, the empty travel time can be shortened, that is, the trajectory of the cutting head's empty journey is just like an arc drawn by a frog jumping.
In the development of fiber laser cutting machine, leapfrog is a prominent technical progress. Leaping frog saves the time of ascending and descending. If your fiber laser cutting machine does not have frog leaping function, I am afraid it will not flow into the stream.
Auto focus function
Therefore, the focus position of the laser beam is usually adjusted in different material sections, that is, the focus position of the workpiece is required to be adjusted. The early fiber laser cutting machine generally adopts manual focusing mode. Nowadays, many optical fiber cutting machines have realized the function of automatic focusing.
With the auto focusing function, the processing efficiency of the laser cutting machine can be significantly improved. When processing thick plates, the piercing time is greatly reduced. When processing workpieces of different materials and thicknesses, the machine can automatically quickly adjust the focus to the appropriate position.
Centralized perforation function
Centralized perforation, also known as pre perforation, is a kind of processing technology, not the function of laser cutting machine itself. When laser cutting thick plate, the cutting process of each contour has to go through two stages, one is perforation, the other is cutting.
There is also a risk of concentrated perforation. If collision occurs in the cutting process, resulting in a change in the position of the plate, the part that has not been cut may be scrapped. The application of the centralized piercing process needs to cooperate with the automatic programming system.
Intelligent typesetting function
High quality and reliable thin plate fiber laser cutting machine can be arranged according to different rules and different sizes of graphics, according to the corresponding order, so as to improve the utilization rate of materials to a greater extent. On the basis of making full use of the system's automatic editing and cutting function, it can save energy and improve efficiency. In addition, the sheet fiber laser cutting machine can also re typeset and use the leftover material of the figure according to the super version system, so as to save the material cost.
Quick identification function
The CCD recognition system software and this powerful software are built into the thin plate fiber laser cutting machine. Using these system software, the contour recognition of various metal objects can be automatically completed, and then the corresponding files can be generated by the computer, so that the automatic typesetting and cutting function of the required graphics and object mirrors can be realized, which makes the whole typesetting and cutting process more convenient and fast It also saves the tedious process of the whole plate making process.
Generally speaking, the high-quality thin plate fiber laser cutting machine has many functions, such as automatic recognition, intelligent typesetting and fast overtemplacement. With these powerful functions, the thin plate fiber laser cutting machine can be cut into shape at one time, and then through the intelligent positioning of its focusing system, it can realize the cutting of various materials and running plates, and can ensure the cutting speed Degree and effect.