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1. Enable the nest software;
2. Set the location of the outer boundary lead-in line. [1 Generally speaking, this is to think about the correlation between thermal deformation and the direction of walking outside. With regard to the assumption that the cutting start position place is, the outer boundary lead-in line position is the place and the cutting position place is the starting position place, then the outer boundary lead-in line position place is ];
3. Click [Change Plate Stagnation Parameters], set the value of [Distance between the whole machine and the whole machine] (1 is generally 1 times the size of the slit value), determine the [Common Edge Nesting] in the [Common Side], and definitely load the Transfiguration Plate.
size, load the whole machine and arrange the whole machine as of the end;
4. Output NC;
5. Verify and inspect the cutting point and walking line of the common side machine. After it is confirmed, it may be sent to the cutting machine platform until cutting;
6. Before loading the whole machine, it is necessary to decide [common edge nesting], otherwise there will be no common edge;
7. When changing the [Cut Perforation] option in the [Set File Model Example], it is necessary to re-decide on the [Common Edge Nesting];
8. Be careful when using the common side effect;
1) The location of the lead-in line, the location and the future direction of travel and the relationship between thermal deformation.
2) Shaohua except for the 1st perforation point.
In addition to the normal preheating, the rope ruler that preheats the entire edge of the other is at least 1 second.
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---Wuhan Jinjia CNC technology:
Let's talk about the advantages first, common cutting can save a lot of time and gas, we only need to walk the same route once, and the distance between each ** point is closer.
The disadvantages of common edge cutting, if a plurality of parts are cut commonally, the thermal deformation is larger, and there are certain requirements for cutting compensation, if the compensation is improper, the cut workpiece is small, and the workpiece that may be cut out is a waste material. Common cutting is best used for several graphic common edges, want to cut a whole board, all with nesting, this error is relatively large.
CNC cutting machine can improve production efficiency, but also save plate and gas, although the cutting machine is an intelligent equipment, but the path of his cutting is artificially given to him, but we in order to save costs, cutting the same kind of workpiece, always want to use the common edge cutting, common edge cutting is also called "borrowed edge cutting".
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The machine parameters in fastnest nesting should be changed. 1.Select common-sided nesting; 2.change the spacing of parts; Fastpath's inner backing seam compensation, outer boundary compensation value automatically becomes.
After these two changes, there is basically no problem. You can check the size in the inspection module.
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Optimization of the program should be carried out at the time of programming. Programming is out, on the machine optimization? There are no such machines on the planet at the moment (on-site optimization is equal to rewriting the program).
Optimizing cutting is the responsibility of the programmer - if you don't do it well, it's a programmer who has no ability to do it.
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The machine is only responsible for cutting, as for whether it is optimized or not, the machine does not know, so it has to be optimized before entering the CNC machine. Then the optimization work can only be done on the computer first, that is, to find the optimal result with a known method, which can be the experience of the worker (manual calculation) or the calculation of software.
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Whether you program by hand or software.
Automatic programming, will there be no wrong calculation of data, or the gap compensation is not calculated well, and cutting.
Deformation can also result in one large and one small.
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During the cutting process, the iron plate is thermally deformed, the thicker the plate, the worse it is, the heat is too high, and the laser is good.
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The accuracy of the machine is not so high, contact the manufacturer to find after-sales treatment.
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In the nesting software, you can manually modify the position of the cutting starting point.
In addition, the statement that the flame cutter does not start the arc is corrected.
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For cutting speed and cutting accuracy, we can focus on the following four points.
1.There is no automatic cutting process and cutting parameter database on the CNC system. Cutting workers can only rely on experience and eye observation, through manual operation of CNC cutting machine, can not achieve automatic perforation and automatic cutting, cutting machine consumption efficiency is naturally very low.
2.The use of cutting methods is not suitable. In the cutting setting, the cutting method used is too simple, a single part should be perforated, and all should be cut in good condition, and there is no use of common edge, borrowing silver chain front, bridging and other efficient cutting methods, resulting in low cutting efficiency, and the cost of cutting nozzle consumables (especially plasma cutting nozzle) is serious.
3.Failure to use nesting software leads to low data utilization. Instead of using nesting software, the parts are called or read into the CNC system to stop manual programming and stop partial cutting, which not only wastes time, but also consumes more data.
Therefore, the nesting software is installed, which is not only time-saving, but also saves material CNC cutting machine.
4.Sluggish cutting caused by unstable CNC system. Due to the heating of the CPU and hard disk of the CNC system, the system is unstable and cannot work full-time; Or the fan is worn, the hard disk is vibrated or infected with viruses and damaged, resulting in consumption stagnation, and it may be that the cutting control software of the CNC system is defective, showing faults or cutting errors, which will also delay the cutting consumption and affect the cutting quality.
This information is provided by Farrilai Experience for informational purposes.
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