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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
In this exercise, you'll practice how to sse Sheet Metal tools to create a bent sheet metal component and a flat pattern.
Exercise
Transcript
00:01
This is a practice exercise video solution.
00:06
For this practice, we’ll get started with a new untitled document and navigate to our sheet metal tools and begin by creating a new sketch.
00:14
We’re going to create the sketch on the XY plane.
00:16
And we'll start with a center point rectangle.
00:20
The center point rectangle will be approximately 150 mm by 150 mm.
00:28
Once we have this, we’ll finish the sketch and we'll begin by creating a sheet metal flange.
00:34
When we select the profile, it'll default to grabbing the steel millimeters sheet metal rule.
00:39
We'll say OK creating a new component and select OK.
00:45
Now we have a sheet metal component, let's go ahead and activate it and begin adding something to the design.
00:51
From here, we're going to select flange again, but this time we're going to select one of the edges and begin pulling it up.
00:57
We want to go a distance of 50 mm, but we don't want to go all the way to the corner.
01:02
To modify this, we change from full edge and we’ll select symmetric.
01:07
We're going to drag this in until the distance is set to 60 mm.
01:10
We also want to modify the bend position.
01:13
We're going to make it adjacent and we'll say OK.
01:17
Using our right click marking menu, we're gonna repeat the flange.
01:21
Once again, pulling it up 50 mm, modifying it to be symmetric and dragging it until we have 60 mm.
01:29
Note that it is remembering the adjacent option and we can say, OK.
01:34
Using our right click marking menu, we're going to repeat this again.
01:37
Once again pulling up a distance of 50 mm, modifying the edge to be symmetric and dragging this in until we're down to 60 mm.
01:48
Repeat this one last time on the far edge.
01:52
Once again, changing to symmetric and grabbing one of the arrowheads, making sure we go down to 60 mm.
02:00
At this point, we have a bent sheet metal part.
02:04
Let's navigate back to a home view.
02:06
We'll go to Create and select Create Flat Pattern.
02:10
Select the large square face and say, OK.
02:15
This gives us a flat pattern of the sheet metal design.
02:18
This can be exported as a DXF or sent to a detailed drawing.
02:22
From here let's finish the flat pattern and let's make sure that we do save our design.
02:27
And we'll simply call it Sheet Metal Practice.
Video transcript
00:01
This is a practice exercise video solution.
00:06
For this practice, we’ll get started with a new untitled document and navigate to our sheet metal tools and begin by creating a new sketch.
00:14
We’re going to create the sketch on the XY plane.
00:16
And we'll start with a center point rectangle.
00:20
The center point rectangle will be approximately 150 mm by 150 mm.
00:28
Once we have this, we’ll finish the sketch and we'll begin by creating a sheet metal flange.
00:34
When we select the profile, it'll default to grabbing the steel millimeters sheet metal rule.
00:39
We'll say OK creating a new component and select OK.
00:45
Now we have a sheet metal component, let's go ahead and activate it and begin adding something to the design.
00:51
From here, we're going to select flange again, but this time we're going to select one of the edges and begin pulling it up.
00:57
We want to go a distance of 50 mm, but we don't want to go all the way to the corner.
01:02
To modify this, we change from full edge and we’ll select symmetric.
01:07
We're going to drag this in until the distance is set to 60 mm.
01:10
We also want to modify the bend position.
01:13
We're going to make it adjacent and we'll say OK.
01:17
Using our right click marking menu, we're gonna repeat the flange.
01:21
Once again, pulling it up 50 mm, modifying it to be symmetric and dragging it until we have 60 mm.
01:29
Note that it is remembering the adjacent option and we can say, OK.
01:34
Using our right click marking menu, we're going to repeat this again.
01:37
Once again pulling up a distance of 50 mm, modifying the edge to be symmetric and dragging this in until we're down to 60 mm.
01:48
Repeat this one last time on the far edge.
01:52
Once again, changing to symmetric and grabbing one of the arrowheads, making sure we go down to 60 mm.
02:00
At this point, we have a bent sheet metal part.
02:04
Let's navigate back to a home view.
02:06
We'll go to Create and select Create Flat Pattern.
02:10
Select the large square face and say, OK.
02:15
This gives us a flat pattern of the sheet metal design.
02:18
This can be exported as a DXF or sent to a detailed drawing.
02:22
From here let's finish the flat pattern and let's make sure that we do save our design.
02:27
And we'll simply call it Sheet Metal Practice.
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