Assembling digital workholding

00:01

In this video, you’ll: plan and assemble workholding digitally

00:08

to ensure agreement between the physical tool and the digital representation.

00:13

In Fusion 360, you can use the Design workspace to create a digital twin of the workholding used to machine a part in a setup.

00:23

First, from the Application bar, click Save.

00:29

The Save dialog displays.

00:32

In the Name field, enter Digital Workholding.

00:36

Select Save.

00:39

Back in the Application bar, open the Data Panel.

00:44

Here, you can access the uploaded exercise files, 145151.f3d, 145156.f3d, and 148085-46.f3d.

01:03

Right-click 145151, and then, from the shortcut menu, select Insert into Current Design.

01:14

In the canvas, the model appears, along with the Move/Copy dialog.

01:20

This is the base plate that will go on the table of the machine.

01:25

In the dialog, click OK.

01:29

Currently, the base can be moved.

01:32

If you move the base, from the Toolbar, Position panel, select Revert.

01:40

Now, expand Assemble and select As-built Joint.

01:46

The As-built Joint dialog displays.

01:50

From here, ensure the Joint Type is set to Rigid, which locks components together.

01:58

In the canvas, pick the model.

02:02

Then, in the Browser, select Origin.

02:06

Back in the dialog, click OK.

02:10

Using the Data Panel, insert the second part, 145156, into the design.

02:20

Use the Free Move manipulator in the canvas to drag the part above the initial part.

02:26

In the Move/Copy dialog, click OK.

02:31

These parts can be assembled using a joint.

02:35

From the Toolbar, expand Assemble and select Joint.

02:40

In the canvas, on the second part, hover the cursor over the bottom face,

02:46

press and hold CTRL, and then pick the center hole.

02:51

Then, select the joint origin on the first part.

02:56

Now, both pieces have been assembled.

02:60

Next, insert 148085-46 into the design.

03:08

Again, using the manipulator, drag the part above the other components.

03:14

In the Move/Copy dialog, click OK.

03:19

From the Toolbar, open the Joint command again, and with the type still set to Rigid,

03:26

use the bottom face of the newly inserted part and the top face of the assembled components to position the joint.

03:34

The components are assembled.

03:38

In the dialog, click OK.

03:41

Now, close the Data Panel.

03:44

In the Browser, notice all three inserted components are linked.

03:50

Right-click 148085-46, and from the shortcut menu, select Break Link.

04:00

Then, from the Toolbar, expand Modify and select Change Parameters.

04:08

The Parameters dialog displays.

04:12

Now that the component is no longer linked, you can change the parameters, including the stock width and depth.

04:20

To do so, next to StockWidth, in the Expression field, enter 4.

04:28

Then, next to StockDepth, in the Expression field, enter 2.

04:35

Now change it to 0.5, and change StockThickness to 1.

04:42

As you modify the parameters, the canvas updates automatically.

04:48

Click OK to confirm the changes.

04:53

The workholding has now been replicated, and you can review your setup.

Video transcript

00:01

In this video, you’ll: plan and assemble workholding digitally

00:08

to ensure agreement between the physical tool and the digital representation.

00:13

In Fusion 360, you can use the Design workspace to create a digital twin of the workholding used to machine a part in a setup.

00:23

First, from the Application bar, click Save.

00:29

The Save dialog displays.

00:32

In the Name field, enter Digital Workholding.

00:36

Select Save.

00:39

Back in the Application bar, open the Data Panel.

00:44

Here, you can access the uploaded exercise files, 145151.f3d, 145156.f3d, and 148085-46.f3d.

01:03

Right-click 145151, and then, from the shortcut menu, select Insert into Current Design.

01:14

In the canvas, the model appears, along with the Move/Copy dialog.

01:20

This is the base plate that will go on the table of the machine.

01:25

In the dialog, click OK.

01:29

Currently, the base can be moved.

01:32

If you move the base, from the Toolbar, Position panel, select Revert.

01:40

Now, expand Assemble and select As-built Joint.

01:46

The As-built Joint dialog displays.

01:50

From here, ensure the Joint Type is set to Rigid, which locks components together.

01:58

In the canvas, pick the model.

02:02

Then, in the Browser, select Origin.

02:06

Back in the dialog, click OK.

02:10

Using the Data Panel, insert the second part, 145156, into the design.

02:20

Use the Free Move manipulator in the canvas to drag the part above the initial part.

02:26

In the Move/Copy dialog, click OK.

02:31

These parts can be assembled using a joint.

02:35

From the Toolbar, expand Assemble and select Joint.

02:40

In the canvas, on the second part, hover the cursor over the bottom face,

02:46

press and hold CTRL, and then pick the center hole.

02:51

Then, select the joint origin on the first part.

02:56

Now, both pieces have been assembled.

02:60

Next, insert 148085-46 into the design.

03:08

Again, using the manipulator, drag the part above the other components.

03:14

In the Move/Copy dialog, click OK.

03:19

From the Toolbar, open the Joint command again, and with the type still set to Rigid,

03:26

use the bottom face of the newly inserted part and the top face of the assembled components to position the joint.

03:34

The components are assembled.

03:38

In the dialog, click OK.

03:41

Now, close the Data Panel.

03:44

In the Browser, notice all three inserted components are linked.

03:50

Right-click 148085-46, and from the shortcut menu, select Break Link.

04:00

Then, from the Toolbar, expand Modify and select Change Parameters.

04:08

The Parameters dialog displays.

04:12

Now that the component is no longer linked, you can change the parameters, including the stock width and depth.

04:20

To do so, next to StockWidth, in the Expression field, enter 4.

04:28

Then, next to StockDepth, in the Expression field, enter 2.

04:35

Now change it to 0.5, and change StockThickness to 1.

04:42

As you modify the parameters, the canvas updates automatically.

04:48

Click OK to confirm the changes.

04:53

The workholding has now been replicated, and you can review your setup.

Video quiz

Which of the following constitutes a method of positioning a part in a vise?

(Select one)
Select an answer

1/1 questions left unanswered

Step-by-steps

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