














Creating a turning groove and turning cut-off tool from scratch.
Transcript
00:03
The Fusion Tool Library can be used for more than just selecting existing tools from the default or custom libraries.
00:11
You can also use it to define custom tools, starting from a range of preset types.
00:16
In this example, you want to create a groove toolpath, but you are not sure if the existing tools can meet your needs.
00:23
Start by gathering information on the tools you may need.
00:27
First, look at the geometry of the part.
00:30
Zoom in on the groove in the middle of the part.
00:33
From the Manufacture workspace toolbar, Turning tab, Inspect group, click Measure.
00:41
Select the inside edge on the groove, then the backside edge.
00:46
Measure reports a distance between these two edges and also the shortest distance between the selections.
00:53
The width is shown as .197 inches.
00:57
You might think about using a three-sixteenths width tool,
01:00
which is .187 inches wide,
01:03
but you have to consider any stock you might want to leave.
01:06
If you had 10 thousandths stock on each wall, you limit the tool that can fit.
01:11
You need to consider these things when selecting a tool.
01:15
In the Measure tool, click Clear Selection.
01:19
Zoom out and select the outer diameter at the back of the part.
01:23
Measure reports a radius of 1.969 inches.
01:27
Previously, the need for a 1/4 inch wide cutoff tool was discussed.
01:32
You will need to know that radial distance for the length of the cutoff tool.
01:37
In this example, you need to create custom groove and cutoff tools from scratch.
01:42
Close the Measure dialog.
01:45
In the Manage group, click Tool Library.
01:49
On the left, under Documents, select your current project.
01:53
In the center, you may see tools that were used previously with this model.
01:58
At the top of the library, click New Tool (+).
02:02
In the Turning group, select Turning grooving.
02:06
Then, on the General tab, add a description of “.136 Wide Groove Tool”.
02:12
Switch to the Insert tab.
02:15
Set the Type to Turning Grooving, then, In the Shape drop-down, select Square.
02:21
Next, under Geometry, expand the Thickness drop-down and select entry number 3, which is a 3/16th inch thickness.
02:30
For the Overall length, enter 0.9 inches, set the Width to .125.
02:37
For the Corner radius, select entry number 1, which is a 1/64th inch radius.
02:43
Set the Head length to 0.5 inches and the Groove width to .136.
02:49
Switch to the Holder tab to confirm the following settings:
02:53
Unit ,should be set to Inches,
02:56
Style, set to External Grooving,
02:59
Hand, set to R for right-handed,
03:01
And Clamping, set to tool type D for rigid lock.
03:06
In the Geometry group, change the values to the following.
03:10
Head Length to 1.2 inches,
03:13
Overall Length to 5 Inches,
03:15
Shank Width to 0.8 inches,
03:17
and Shank Height to 0.8 inches,
03:20
leave Round Shank unchecked.
03:23
Then, click Accept to save this tool to your library.
03:27
Back in the Tool Library, click New Tool (+) again to create the second tool needed,
03:32
select Turning, Turning Grooving.
03:35
Add a Description of “.250 Wide Groove and Cutoff Tool”.
03:40
Switch to the Insert tab.
03:43
Set the type to Turning Grooving,
03:46
In the Shape drop-down, select Square.
03:49
In the Geometry group, set the following:
03:52
Expand the Thickness drop-down and select entry number 6.
03:57
Set the Overall length to 1.2,
04:01
Set the Width to 0.22,
04:03
For Corner radius, select entry number 2,
04:07
Set the Head length to 0.8,
04:09
And set the Groove width to 0.25.
04:13
Switch to the Holder tab.
04:16
Confirm that the top four values are set to Inches, External Grooving, right-handed, and rigid lock.
04:23
Then, in the Geometry group, adjust the following:
04:26
Set the Head length to 2.2 inches,
04:29
Set the Overall length to 6.5 inches,
04:32
And set both the Shank width and Shank height to 0.8 inches.
04:37
Click Accept to save this cutoff tool.
04:40
The tool library for the project now includes these two new groove and cutoff tools.
04:46
Close the tool library.
00:03
The Fusion Tool Library can be used for more than just selecting existing tools from the default or custom libraries.
00:11
You can also use it to define custom tools, starting from a range of preset types.
00:16
In this example, you want to create a groove toolpath, but you are not sure if the existing tools can meet your needs.
00:23
Start by gathering information on the tools you may need.
00:27
First, look at the geometry of the part.
00:30
Zoom in on the groove in the middle of the part.
00:33
From the Manufacture workspace toolbar, Turning tab, Inspect group, click Measure.
00:41
Select the inside edge on the groove, then the backside edge.
00:46
Measure reports a distance between these two edges and also the shortest distance between the selections.
00:53
The width is shown as .197 inches.
00:57
You might think about using a three-sixteenths width tool,
01:00
which is .187 inches wide,
01:03
but you have to consider any stock you might want to leave.
01:06
If you had 10 thousandths stock on each wall, you limit the tool that can fit.
01:11
You need to consider these things when selecting a tool.
01:15
In the Measure tool, click Clear Selection.
01:19
Zoom out and select the outer diameter at the back of the part.
01:23
Measure reports a radius of 1.969 inches.
01:27
Previously, the need for a 1/4 inch wide cutoff tool was discussed.
01:32
You will need to know that radial distance for the length of the cutoff tool.
01:37
In this example, you need to create custom groove and cutoff tools from scratch.
01:42
Close the Measure dialog.
01:45
In the Manage group, click Tool Library.
01:49
On the left, under Documents, select your current project.
01:53
In the center, you may see tools that were used previously with this model.
01:58
At the top of the library, click New Tool (+).
02:02
In the Turning group, select Turning grooving.
02:06
Then, on the General tab, add a description of “.136 Wide Groove Tool”.
02:12
Switch to the Insert tab.
02:15
Set the Type to Turning Grooving, then, In the Shape drop-down, select Square.
02:21
Next, under Geometry, expand the Thickness drop-down and select entry number 3, which is a 3/16th inch thickness.
02:30
For the Overall length, enter 0.9 inches, set the Width to .125.
02:37
For the Corner radius, select entry number 1, which is a 1/64th inch radius.
02:43
Set the Head length to 0.5 inches and the Groove width to .136.
02:49
Switch to the Holder tab to confirm the following settings:
02:53
Unit ,should be set to Inches,
02:56
Style, set to External Grooving,
02:59
Hand, set to R for right-handed,
03:01
And Clamping, set to tool type D for rigid lock.
03:06
In the Geometry group, change the values to the following.
03:10
Head Length to 1.2 inches,
03:13
Overall Length to 5 Inches,
03:15
Shank Width to 0.8 inches,
03:17
and Shank Height to 0.8 inches,
03:20
leave Round Shank unchecked.
03:23
Then, click Accept to save this tool to your library.
03:27
Back in the Tool Library, click New Tool (+) again to create the second tool needed,
03:32
select Turning, Turning Grooving.
03:35
Add a Description of “.250 Wide Groove and Cutoff Tool”.
03:40
Switch to the Insert tab.
03:43
Set the type to Turning Grooving,
03:46
In the Shape drop-down, select Square.
03:49
In the Geometry group, set the following:
03:52
Expand the Thickness drop-down and select entry number 6.
03:57
Set the Overall length to 1.2,
04:01
Set the Width to 0.22,
04:03
For Corner radius, select entry number 2,
04:07
Set the Head length to 0.8,
04:09
And set the Groove width to 0.25.
04:13
Switch to the Holder tab.
04:16
Confirm that the top four values are set to Inches, External Grooving, right-handed, and rigid lock.
04:23
Then, in the Geometry group, adjust the following:
04:26
Set the Head length to 2.2 inches,
04:29
Set the Overall length to 6.5 inches,
04:32
And set both the Shank width and Shank height to 0.8 inches.
04:37
Click Accept to save this cutoff tool.
04:40
The tool library for the project now includes these two new groove and cutoff tools.
04:46
Close the tool library.
Manufacture > Manage > Tool Library
In the Tool Library you can manage tools, create tool, access the default libraries and create individual libraries. This is not a detailed video on tool libraries. It only covers creating the two tools needed for the following videos.