How to export a drill gong with the M25 command on cam350 and how to use it. 50

M48 --- the beginning of the program.

Metric, the unit is metric, and the format is 3 after 3. , p= represents the drill bit, and after the equal sign is the size of the knife it uses. , t2 = represents the milling cutter, followed by its tool holder number, and after the equal sign is the size of the cutter. ,t3=

The upper part is the header.

The drill bit is used for fixing the tool holder.

The M25 --- the beginning of typography.

M01--- Start typesetting.

This line represents 3 times in the direction of y.

M08 ---row end sign.

M30 --- end of drilling.

I've seen that those that only do one PCS manually input coordinates and M25, and each PCS is measured out and then entered. I generally do it in copying.

Did the friend solve it? I'm looking for the same answer.

The command is: file==>export==>drill data

Then the pop-up window, the file name column selects the name of the layer to be exported, the layer that is not the drill belt will be blocked, and only the drill layer can be exported. If you have more than one drill layer, you can choose to export one or more.

On the right is the format, the default is: imperial, leading zero, absolute coordinate system. If you don't have to, don't change the options on the right.

You're using auto-turning, right? Lots of questions automatically, there are gong belt tutorials inside.

If the gong belt is the first step is to convert the outer frame into the gong belt (and set the tool first) the second step is to choose how to go and the third step is to export it.

This is obvious.,You don't have a 3:3 metric export.,When you take the test to import cam350.,The unit switch will be like a Zen failure.。

You must know that the imperial system can omit a mil, while the metric system can only guarantee 3 decimal places in genesis, which is too different.

1. Open the software cam350.

2. Select the menu bar: file->import->autoimport.

3. Select the folder where Gerber is located and click the Finish button to complete the loading.

4. After opening, the gerber is layered by different colors as shown in the figure below.

5. Now you can view the PCB version, display and hide the unwanted layers, select Design Data->Layers-> select the layer you want to operate, and right-click Hide Seleced Layers.

6. Modify the color of the layer.

You can export the gerber file first, and then open the gerber file in the form of a notebook.

After DXF introduces the 350, the drill hole looks like a circle, not a solid circle.

First distinguish the drilled holes, turn the ring into a solid one, then GBR to DRL, and finally export the drill hole.

First go to NC Editor: Tools and NC Editor, then Gerber to Dirll from Utilities and then Export Dirll Date to File Pay attention to the format of the output.

It is advisable to give up! Isn't it better to do than to do cam treatment! Tired like a dead donkey, earning that little money, now Shenzhen veterans are 4k-5k.

You're a newbie, and you'll only be able to cam350, which is too limited. Larger factories don't need cam350, smaller factories you can't stand alone, companies have to train you, and the treatment is difficult to go up.

CAM engineers basically need to convert PCB to GBR, of course, this is very simple, and you will become more familiar with a few more files.

As for GBR to PCB, you don't have to think about it, this is unrealistic.

There is also a problem, there are many software designed for PCB, and there are basically only two types of Protel family that are commonly used.

pads.

As long as these two are familiar, the problem of 95% PCB conversion is basically solved.

Circuit board factories generally don't use CAM350.

PCB manufacturers also do not need to convert Gerber to PCB.

You're talking about a job that's more like a copy board company.