• Fusion

Create turning tools in the Tool Library

Creating a turning groove and turning cut-off tool from scratch.


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.

Video 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.

Note: In the recent Fusion release, we finished replacing the Tool Library with the improved version. You might see some differences from what is shown in this video.

What we cover in this video

  • Tool Library
  • Create a New Tool
  • Create a cut-off tool
  • Create a groove tool

Manufacture > Manage > Tool Library tool library icon

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.

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