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Transcript
00:08
In addition to being useful for communicating with the machine, an NC Program can be used by a programmer
00:16
to locate problems within the setup, as well as to verify that the setup functions properly.
00:21
For this video, open the file Gcode Verify.f3d.
00:27
Here, a setup has been provided, as well as the toolpaths needed to create this part.
00:33
In the Browser, click Setup1.
00:37
On the Toolbar, Manufacture workspace, Turning tab, Setup panel, expand the Setup drop-down and click Create NC Program.
00:52
A dialog for NC Program 1 displays.
00:57
In the Settings tab, under Machine and Post, leave the Post set to HAAS Turning / haas turning.
01:07
Under Program, in the Name/number field, type “1003”.
01:14
Open the Operations tab.
01:18
On the selection tree, select Setup1 to post out the whole setup.
01:24
Click Post.
01:26
A message appears in the canvas, indicating that the NC code was successfully posted and displaying its file location.
01:35
On the message, click the link to View NC Code.
01:40
If you have an application like Microsoft Visual Studio Code downloaded, it opens and displays the NC Code.
01:49
In the code, you can see that the spindle is turning in the right direction.
01:55
But, you can also see that you have Air Coolant on instead of Flood Coolant, and that the WCS is set to G56 instead of G54.
02:08
Exit the code application.
02:12
In the Browser, right-click T1 Profile Roughing1, and, from the shortcut menu, select Edit.
02:20
A dialog for Profile Roughing 1 displays.
02:25
On the Tool tab, under Tool, expand the drop-down next to Coolant and select Flood.
02:34
Click OK.
02:36
Now, in the Browser, right-click Setup1 and choose Edit.
02:42
A dialog displays for Setup1.
02:46
Open the Post Process tab.
02:49
Under Machine WCS, in the WCS Offset field, type “1”.
02:57
Click OK.
02:59
In the Browser, under NC Programs, right-click NCProgram1 and click Edit.
03:07
A dialog displays for NC Program 1.
03:12
Click Post to re-post the program.
03:16
A warning appears, asking if you want to overwrite the current NC Program.
03:22
Click Yes.
03:25
Now, on the message, when you click View NC Code,
03:30
the code shows that the spindle is moving in the right direction, and that Flood Coolant is turned on.
03:37
Verify the rest of the code before running it on the machine.
00:08
In addition to being useful for communicating with the machine, an NC Program can be used by a programmer
00:16
to locate problems within the setup, as well as to verify that the setup functions properly.
00:21
For this video, open the file Gcode Verify.f3d.
00:27
Here, a setup has been provided, as well as the toolpaths needed to create this part.
00:33
In the Browser, click Setup1.
00:37
On the Toolbar, Manufacture workspace, Turning tab, Setup panel, expand the Setup drop-down and click Create NC Program.
00:52
A dialog for NC Program 1 displays.
00:57
In the Settings tab, under Machine and Post, leave the Post set to HAAS Turning / haas turning.
01:07
Under Program, in the Name/number field, type “1003”.
01:14
Open the Operations tab.
01:18
On the selection tree, select Setup1 to post out the whole setup.
01:24
Click Post.
01:26
A message appears in the canvas, indicating that the NC code was successfully posted and displaying its file location.
01:35
On the message, click the link to View NC Code.
01:40
If you have an application like Microsoft Visual Studio Code downloaded, it opens and displays the NC Code.
01:49
In the code, you can see that the spindle is turning in the right direction.
01:55
But, you can also see that you have Air Coolant on instead of Flood Coolant, and that the WCS is set to G56 instead of G54.
02:08
Exit the code application.
02:12
In the Browser, right-click T1 Profile Roughing1, and, from the shortcut menu, select Edit.
02:20
A dialog for Profile Roughing 1 displays.
02:25
On the Tool tab, under Tool, expand the drop-down next to Coolant and select Flood.
02:34
Click OK.
02:36
Now, in the Browser, right-click Setup1 and choose Edit.
02:42
A dialog displays for Setup1.
02:46
Open the Post Process tab.
02:49
Under Machine WCS, in the WCS Offset field, type “1”.
02:57
Click OK.
02:59
In the Browser, under NC Programs, right-click NCProgram1 and click Edit.
03:07
A dialog displays for NC Program 1.
03:12
Click Post to re-post the program.
03:16
A warning appears, asking if you want to overwrite the current NC Program.
03:22
Click Yes.
03:25
Now, on the message, when you click View NC Code,
03:30
the code shows that the spindle is moving in the right direction, and that Flood Coolant is turned on.
03:37
Verify the rest of the code before running it on the machine.
Step-by-step guide