Review machine definitions to verify that its configuration matches your actual machine.
Transcript
00:04
It is critical to understand that Machine definitions for manufacturing copied from the Fusion library need to be verified.
00:11
Verification includes reviewing and checking the machine model referenced by the machine definition that you copy.
00:18
The first time you select a Machine Definition and place it in your local collection, a warning appears.
00:25
It is important to review every Machine Definition you select
00:29
to verify that its configuration matches your actual machine.
00:34
This warning only shows up the first time you use a machine definition,
00:38
so even if you are not seeing the warning any longer,
00:41
you should still review each machine definition before using it.
00:45
From the Machine Definition dialog, you can review, confirm, and adjust many different settings.
00:53
Start by copying the machine definition you have chosen from the Fusion library
00:58
to a folder on your computer or a cloud drive.
01:02
From the Manufacture workspace ribbon, Milling tab,
01:05
expand the Manage drop-down and select Machine Library.
01:10
From the Machine Library dialog, choose the machine definition that appears to match the machine tool you are working with.
01:17
Select the Fusion library from the tree,
01:20
and then use the Filters tab to help you navigate the library.
01:25
In this example, the Haas VR9 is selected.
01:30
From the toolbar, click Copy.
01:33
Then, still using the Machine Library dialog,
01:37
navigate to the folder where you wish to save the machine definition.
01:42
For this example, a folder named My Fusion Machines is used.
01:47
From the toolbar, click Paste.
01:49
A loading dialog opens indicating the progress of pasting the machine definition.
01:55
This refers to the model of the machine tool that the machine definition links to.
02:01
It is recommended that a separate folder be created for this.
02:05
Once the folder is selected, click Save.
02:08
It takes a couple of seconds to copy the file, and then, a message indicates that the simulation model file is being downloaded.
02:17
If you are copying a machine definition that has an optional connection file,
02:21
you will be prompted to download it.
02:24
You can decline the file if you do not need it.
02:28
Now, back in the Machine Library, with the machine file in the folder you created,
02:33
from the toolbar, click Edit.
02:37
The Machine Definition dialog opens.
02:40
Open the Model tab.
02:42
Then, select Machine Builder.
02:45
The Fusion workspace updates with the model that your machine definition is linked to.
02:50
Use the Inspect command to examine the machine.
02:54
This is the model that will be used to do simulations and collision checking,
02:59
so it should be an accurate representation of your machine,
03:02
including any options that should be considered when simulating.
03:06
For example, if your machine has coolant hose fittings that might collide with a workpiece or other machine parts,
03:13
be sure that they are part of this model.
03:15
Spindle and tool holder dimensions are important and should be confirmed to match your machine tool.
03:22
Sometimes manufacturers will revise the product that they produce.
03:27
If the model you are using does not match what is on the shop floor,
03:30
unwelcome surprises can occur.
03:33
Something as small as a grease fitting not being included in the model once caused a problem
03:39
when it rubbed against the surface being finished.
03:42
If you choose to skip verifying the machine definition and model,
03:45
because you simply want to get started simulating your tool paths,
03:48
it would be wise to go back and verify that the model being used
03:52
represents your machine tool accurately
03:55
and includes possible small differences from the one in the Fusion library.
03:59
The accuracy of collision detection relies on these models.
04:04
Confirming that the machine tool model accurately represents your machine is critical in verifying machine definitions.
00:04
It is critical to understand that Machine definitions for manufacturing copied from the Fusion library need to be verified.
00:11
Verification includes reviewing and checking the machine model referenced by the machine definition that you copy.
00:18
The first time you select a Machine Definition and place it in your local collection, a warning appears.
00:25
It is important to review every Machine Definition you select
00:29
to verify that its configuration matches your actual machine.
00:34
This warning only shows up the first time you use a machine definition,
00:38
so even if you are not seeing the warning any longer,
00:41
you should still review each machine definition before using it.
00:45
From the Machine Definition dialog, you can review, confirm, and adjust many different settings.
00:53
Start by copying the machine definition you have chosen from the Fusion library
00:58
to a folder on your computer or a cloud drive.
01:02
From the Manufacture workspace ribbon, Milling tab,
01:05
expand the Manage drop-down and select Machine Library.
01:10
From the Machine Library dialog, choose the machine definition that appears to match the machine tool you are working with.
01:17
Select the Fusion library from the tree,
01:20
and then use the Filters tab to help you navigate the library.
01:25
In this example, the Haas VR9 is selected.
01:30
From the toolbar, click Copy.
01:33
Then, still using the Machine Library dialog,
01:37
navigate to the folder where you wish to save the machine definition.
01:42
For this example, a folder named My Fusion Machines is used.
01:47
From the toolbar, click Paste.
01:49
A loading dialog opens indicating the progress of pasting the machine definition.
01:55
This refers to the model of the machine tool that the machine definition links to.
02:01
It is recommended that a separate folder be created for this.
02:05
Once the folder is selected, click Save.
02:08
It takes a couple of seconds to copy the file, and then, a message indicates that the simulation model file is being downloaded.
02:17
If you are copying a machine definition that has an optional connection file,
02:21
you will be prompted to download it.
02:24
You can decline the file if you do not need it.
02:28
Now, back in the Machine Library, with the machine file in the folder you created,
02:33
from the toolbar, click Edit.
02:37
The Machine Definition dialog opens.
02:40
Open the Model tab.
02:42
Then, select Machine Builder.
02:45
The Fusion workspace updates with the model that your machine definition is linked to.
02:50
Use the Inspect command to examine the machine.
02:54
This is the model that will be used to do simulations and collision checking,
02:59
so it should be an accurate representation of your machine,
03:02
including any options that should be considered when simulating.
03:06
For example, if your machine has coolant hose fittings that might collide with a workpiece or other machine parts,
03:13
be sure that they are part of this model.
03:15
Spindle and tool holder dimensions are important and should be confirmed to match your machine tool.
03:22
Sometimes manufacturers will revise the product that they produce.
03:27
If the model you are using does not match what is on the shop floor,
03:30
unwelcome surprises can occur.
03:33
Something as small as a grease fitting not being included in the model once caused a problem
03:39
when it rubbed against the surface being finished.
03:42
If you choose to skip verifying the machine definition and model,
03:45
because you simply want to get started simulating your tool paths,
03:48
it would be wise to go back and verify that the model being used
03:52
represents your machine tool accurately
03:55
and includes possible small differences from the one in the Fusion library.
03:59
The accuracy of collision detection relies on these models.
04:04
Confirming that the machine tool model accurately represents your machine is critical in verifying machine definitions.
