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FreeCAD Part Modeling Tutorial | FreeCAD Tutorial | 3D Modeling | Learn FreeCAD | Mechnexus |
Sep 19, 2025
#freecad #freecadtutorial #learnFreeAD In this video I have explained How to Model Part in FreeCAD with the help of part design Workbench. ▶️ Get my Complete FreeCAD Course : From Zero to Expert ! https://ko-fi.com/s/1ab4385434 ▶️ Join my channel membership and keep supporting my work: https://www.youtube.com/channel/UCcn6z2whMaFu-_LDsEXCfVA/join ▶️ Visit my website for more info on FreeCAD-: https://mechnexus.com/ ▶️ Download Source File of Tutorial-: https://mechnexus.com/mechnexus-youtube-tutorial-source-file/ ▶️ Buy Me a Coffee I am very grateful that you watch my videos and I am constantly trying to improve the quality of the videos on this channel. If you'd like to help me do this, please consider supporting me so that I can to continue to produce content for your enjoyment. 👉 Help support this channel by buying me a coffee: https://ko-fi.com/mechnexus
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0:00
Hello friends, welcome to free tutorial
0:02
Hello friends, welcome to free tutorial
0:02
Hello friends, welcome to free tutorial and in this tutorial we will model this
0:05
and in this tutorial we will model this
0:05
and in this tutorial we will model this pipe with flange in freead and uh for
0:08
pipe with flange in freead and uh for
0:08
pipe with flange in freead and uh for this tutorial I am using the freehead
0:11
this tutorial I am using the freehead
0:11
this tutorial I am using the freehead version 1.0. So you must have at least
0:14
version 1.0. So you must have at least
0:14
version 1.0. So you must have at least 1.0 or higher version of a fread.
0:18
1.0 or higher version of a fread.
0:18
1.0 or higher version of a fread. Now I will close this file and uh create
0:21
Now I will close this file and uh create
0:21
Now I will close this file and uh create a new file.
0:23
a new file.
0:23
a new file. You can also visit my website
0:25
You can also visit my website
0:25
You can also visit my website macexus.com
0:27
macexus.com
0:27
macexus.com where I write articles and tutorials on
0:30
where I write articles and tutorials on
0:30
where I write articles and tutorials on a freecad and you can also access my 3D
0:35
a freecad and you can also access my 3D
0:35
a freecad and you can also access my 3D part library of a free CAD. You can
0:39
part library of a free CAD. You can
0:39
part library of a free CAD. You can download the part from here and you can
0:42
download the part from here and you can
0:42
download the part from here and you can use in your projects with modifications.
0:46
use in your projects with modifications.
0:46
use in your projects with modifications. You can also access my 2D drawing
0:49
You can also access my 2D drawing
0:49
You can also access my 2D drawing library where you can u download this 2D
0:54
library where you can u download this 2D
0:54
library where you can u download this 2D drawings and uh you can create 3D models
0:59
drawings and uh you can create 3D models
0:59
drawings and uh you can create 3D models with respect to these drawings.
1:03
with respect to these drawings.
1:03
with respect to these drawings. You can also support me on coffi.com.
1:07
You can also support me on coffi.com.
1:07
You can also support me on coffi.com. You can buy me a cup of coffee. Your
1:10
You can buy me a cup of coffee. Your
1:10
You can buy me a cup of coffee. Your small support will uh help this channels
1:13
small support will uh help this channels
1:13
small support will uh help this channels to grow and it will motivate me to
1:16
to grow and it will motivate me to
1:16
to grow and it will motivate me to create more awesome content on uh free
1:19
create more awesome content on uh free
1:20
create more awesome content on uh free cat. You can find my Kofi donation page
1:22
cat. You can find my Kofi donation page
1:22
cat. You can find my Kofi donation page link in a video description as well as
1:26
link in a video description as well as
1:26
link in a video description as well as you can also see my Kofi page URL on
1:29
you can also see my Kofi page URL on
1:29
you can also see my Kofi page URL on this header.
1:32
this header.
1:32
this header. So let's come back to our tutorial.
1:38
So here I have uh created a new file and
1:41
So here I have uh created a new file and
1:41
So here I have uh created a new file and now I will insert my body and I will on
1:45
now I will insert my body and I will on
1:45
now I will insert my body and I will on my origin plane and now we will read the
1:48
my origin plane and now we will read the
1:48
my origin plane and now we will read the drawing. So if we see our uh isometric
1:52
drawing. So if we see our uh isometric
1:52
drawing. So if we see our uh isometric model. So first we will create sketch on
1:56
model. So first we will create sketch on
1:56
model. So first we will create sketch on a top plane and then we will create this
1:59
a top plane and then we will create this
1:59
a top plane and then we will create this guided path and first we will create
2:01
guided path and first we will create
2:01
guided path and first we will create this pipe and then we will create these
2:05
this pipe and then we will create these
2:05
this pipe and then we will create these two flanges.
2:07
two flanges.
2:07
two flanges. Now let's select this top plane
2:12
Now let's select this top plane
2:12
Now let's select this top plane and uh click on the sketch
2:14
and uh click on the sketch
2:14
and uh click on the sketch and here I will uh of the origin plane
2:19
and here I will uh of the origin plane
2:19
and here I will uh of the origin plane select the circle and here I will uh
2:22
select the circle and here I will uh
2:22
select the circle and here I will uh create the two circle.
2:26
create the two circle.
2:26
create the two circle. Inner one is of 26.
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Inner one is of 26 and outer one is of
2:36
Inner one is of 26 and outer one is of
2:36
Inner one is of 26 and outer one is of 40.
2:39
And now I will uh come out of the
2:42
And now I will uh come out of the
2:42
And now I will uh come out of the sketch.
2:47
And now I will uh again on the origin
2:50
And now I will uh again on the origin
2:50
And now I will uh again on the origin plane
2:51
plane
2:51
plane and let's switch to the isometric. And
2:54
and let's switch to the isometric. And
2:54
and let's switch to the isometric. And now we will select this front plane and
2:56
now we will select this front plane and
2:56
now we will select this front plane and uh create our guided path.
3:01
uh create our guided path.
3:01
uh create our guided path. And now here
3:04
And now here
3:04
And now here we will create a L-shaped profile. I
3:07
we will create a L-shaped profile. I
3:07
we will create a L-shaped profile. I will select this poly line.
3:10
will select this poly line.
3:10
will select this poly line. And I will create a L-shaped profile.
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And I will create a L-shaped profile.
3:13
And I will create a L-shaped profile. And now
3:15
And now
3:15
And now select a smart dimension.
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select a smart dimension.
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select a smart dimension. Provide the vertical dimension of 58
3:22
Provide the vertical dimension of 58
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Provide the vertical dimension of 58 and uh horizontal dimension of 88.
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and uh horizontal dimension of 88.
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and uh horizontal dimension of 88. And now here we will add a radius of uh
3:31
And now here we will add a radius of uh
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And now here we will add a radius of uh 35.
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35.
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35. So here select a radius and
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So here select a radius and
3:38
So here select a radius and select a smart dimension and give it
3:43
select a smart dimension and give it
3:43
select a smart dimension and give it 35. And now
3:46
35. And now
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35. And now close it.
3:48
close it.
3:48
close it. And now we will create this pipe
3:50
And now we will create this pipe
3:50
And now we will create this pipe section.
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section.
3:52
section. So select this bottom profile and click
3:56
So select this bottom profile and click
3:56
So select this bottom profile and click on the additive pipes and here is a path
3:59
on the additive pipes and here is a path
3:59
on the additive pipes and here is a path to swipe along. Say click on it and
4:02
to swipe along. Say click on it and
4:02
to swipe along. Say click on it and select this. So here is a pipe is
4:06
select this. So here is a pipe is
4:06
select this. So here is a pipe is created
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created
4:07
created and uh rest of the things keep as it is
4:10
and uh rest of the things keep as it is
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and uh rest of the things keep as it is and say okay.
4:13
and say okay.
4:13
and say okay. Now we have created our first feature.
4:16
Now we have created our first feature.
4:16
Now we have created our first feature. So we will uh save it
4:19
So we will uh save it
4:19
So we will uh save it and I will give it uh revision R1.
4:28
Now our uh next feature is to create
4:32
Now our uh next feature is to create
4:32
Now our uh next feature is to create this flange. So for this we will simply
4:35
this flange. So for this we will simply
4:35
this flange. So for this we will simply select the face and click on the sketch.
4:39
select the face and click on the sketch.
4:39
select the face and click on the sketch. And here I will switch my model to the
4:42
And here I will switch my model to the
4:42
And here I will switch my model to the right orientation.
4:44
right orientation.
4:44
right orientation. And here I will switch to the wireframe.
4:47
And here I will switch to the wireframe.
4:47
And here I will switch to the wireframe. And now
4:49
And now
4:49
And now here I will again select a polyline
4:53
here I will again select a polyline
4:53
here I will again select a polyline tool. And I will create a rough profile.
5:01
And now
5:03
And now
5:03
And now we will add the four fillet at four
5:06
we will add the four fillet at four
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we will add the four fillet at four corners. So select the fillet options.
5:09
corners. So select the fillet options.
5:09
corners. So select the fillet options. Add four fillets.
5:16
And now let's uh add a symmetricity
5:19
And now let's uh add a symmetricity
5:19
And now let's uh add a symmetricity constraint. So here select symmetricity.
5:22
constraint. So here select symmetricity.
5:22
constraint. So here select symmetricity. Select this point. This point and this
5:25
Select this point. This point and this
5:25
Select this point. This point and this vertical axis. Again select a
5:28
vertical axis. Again select a
5:28
vertical axis. Again select a symmetricity constraint. Select this
5:30
symmetricity constraint. Select this
5:30
symmetricity constraint. Select this point.
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point.
5:32
point. This point this point. And now select
5:36
This point this point. And now select
5:36
This point this point. And now select this and this and add a coincidence.
5:40
this and this and add a coincidence.
5:40
this and this and add a coincidence. So here is a conflicting constraint.
5:45
So here we will press control Z
5:50
So here we will press control Z
5:50
So here we will press control Z and let's first delete or deactivate it
5:55
and let's first delete or deactivate it
5:55
and let's first delete or deactivate it and let's add first coincidence
5:57
and let's add first coincidence
5:58
and let's add first coincidence constraint
6:04
and also deactivate it.
6:08
and also deactivate it.
6:08
and also deactivate it. Deactivate the both. And now
6:12
Deactivate the both. And now
6:12
Deactivate the both. And now let's first uh add a distance.
6:17
let's first uh add a distance.
6:17
let's first uh add a distance. Select a smart dimension. Select this
6:20
Select a smart dimension. Select this
6:20
Select a smart dimension. Select this and this. And this is of
6:23
and this. And this is of
6:23
and this. And this is of 70 mm. And this and this.
6:29
70 mm. And this and this.
6:29
70 mm. And this and this. Keep as it is. And now
6:33
Keep as it is. And now
6:33
Keep as it is. And now let's uh activate it. No issue. and
6:37
let's uh activate it. No issue. and
6:37
let's uh activate it. No issue. and let's uh activate it.
6:41
let's uh activate it.
6:41
let's uh activate it. And now
6:44
And now
6:44
And now give it a 10 mm.
6:46
give it a 10 mm.
6:46
give it a 10 mm. So here
6:51
some uh error is showing. So here we
6:54
some uh error is showing. So here we
6:54
some uh error is showing. So here we will uh click on this and make it
6:58
will uh click on this and make it
6:58
will uh click on this and make it reference
7:00
reference
7:00
reference and uh let's select a smart dimension
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and uh let's select a smart dimension
7:03
and uh let's select a smart dimension provide this radius of 15 mm and this
7:08
provide this radius of 15 mm and this
7:08
provide this radius of 15 mm and this radius is of 35
7:13
and let's make it 10 mm.
7:17
and let's make it 10 mm.
7:17
and let's make it 10 mm. So now
7:19
So now
7:19
So now it is working and uh let's see what are
7:22
it is working and uh let's see what are
7:22
it is working and uh let's see what are the other degree of freedom is there. So
7:25
the other degree of freedom is there. So
7:25
the other degree of freedom is there. So if you see this is not on this axis. So
7:30
if you see this is not on this axis. So
7:30
if you see this is not on this axis. So add a coincidence.
7:32
add a coincidence.
7:32
add a coincidence. So it is a fully constrained
7:39
but here we are not seeing it in a
7:42
but here we are not seeing it in a
7:42
but here we are not seeing it in a green. So let's delete this dimension
7:45
green. So let's delete this dimension
7:45
green. So let's delete this dimension and let's
7:48
and let's
7:48
and let's move it. Sometimes
7:51
move it. Sometimes
7:51
move it. Sometimes solver get hanged
8:02
70
8:04
70
8:04
70 and now let's uh
8:07
and now let's uh
8:07
and now let's uh move it. So here I have not made this
8:11
move it. So here I have not made this
8:11
move it. So here I have not made this and this equal. So make it equal.
8:15
and this equal. So make it equal.
8:15
and this equal. So make it equal. So here our sketch is fully constrained.
8:19
So here our sketch is fully constrained.
8:19
So here our sketch is fully constrained. And same case we will also make it
8:22
And same case we will also make it
8:22
And same case we will also make it equal.
8:25
equal.
8:25
equal. Let's move it.
8:36
Let's uh we have one degree of freedom.
8:39
Let's uh we have one degree of freedom.
8:40
Let's uh we have one degree of freedom. So if you see here tangency is given.
8:50
So there is a problem with this arc is
8:53
So there is a problem with this arc is
8:53
So there is a problem with this arc is showing. So we will close it
8:57
showing. So we will close it
8:58
showing. So we will close it and again edit it.
9:09
So let's
9:11
So let's
9:11
So let's delete this. So there was a problem with
9:14
delete this. So there was a problem with
9:14
delete this. So there was a problem with the art.
9:17
the art.
9:17
the art. Press Ctrl Z. Deleting will consume lots
9:20
Press Ctrl Z. Deleting will consume lots
9:20
Press Ctrl Z. Deleting will consume lots of time.
9:39
So here the I think problem is with the
9:42
So here the I think problem is with the
9:42
So here the I think problem is with the this symmetricity constraint
9:44
this symmetricity constraint
9:44
this symmetricity constraint deactivated.
9:52
Let's make it coincidence.
9:59
Let's make it coincidence.
10:13
Now we will uh create this bottom
10:15
Now we will uh create this bottom
10:15
Now we will uh create this bottom flange. So for this I will select this
10:19
flange. So for this I will select this
10:19
flange. So for this I will select this bottom face and click on the sketch. And
10:22
bottom face and click on the sketch. And
10:22
bottom face and click on the sketch. And now here if we see
10:26
now here if we see
10:26
now here if we see the
10:27
the
10:27
the shape of our bottom flange. So it
10:30
shape of our bottom flange. So it
10:30
shape of our bottom flange. So it consists the four fillets. So here I
10:34
consists the four fillets. So here I
10:34
consists the four fillets. So here I will select a threepoint arc.
10:37
will select a threepoint arc.
10:37
will select a threepoint arc. Create a random four arc at four side.
10:46
And let's uh add a relation first. Make
10:51
And let's uh add a relation first. Make
10:51
And let's uh add a relation first. Make a coincidence relation with our
10:53
a coincidence relation with our
10:53
a coincidence relation with our respective axis.
10:55
respective axis.
10:55
respective axis. Select this and this and add a
10:57
Select this and this and add a
10:57
Select this and this and add a coincidence. Select this and this and
11:00
coincidence. Select this and this and
11:00
coincidence. Select this and this and add a coincidence. And now
11:03
add a coincidence. And now
11:04
add a coincidence. And now add a symmetricity. Select this and this
11:07
add a symmetricity. Select this and this
11:07
add a symmetricity. Select this and this and this axis.
11:09
and this axis.
11:09
and this axis. Now again select the symmetricity.
11:12
Now again select the symmetricity.
11:12
Now again select the symmetricity. Select this and this and this axis. And
11:16
Select this and this and this axis. And
11:16
Select this and this and this axis. And now
11:19
give the distance constraint from this
11:21
give the distance constraint from this
11:21
give the distance constraint from this to this is of
11:25
to this is of
11:25
to this is of 70. from this to
11:29
70. from this to
11:29
70. from this to this is of
11:31
this is of
11:32
this is of 10. And now let's
11:36
10. And now let's
11:36
10. And now let's give the radial dimensions. So this and
11:39
give the radial dimensions. So this and
11:39
give the radial dimensions. So this and this is of a 35 and 15. So select uh
11:43
this is of a 35 and 15. So select uh
11:43
this is of a 35 and 15. So select uh smart dimension.
11:46
smart dimension.
11:46
smart dimension. Make it 15
11:49
Make it 15
11:49
Make it 15 and select this and this and make it
11:51
and select this and this and make it
11:51
and select this and this and make it equal.
11:53
equal.
11:53
equal. Now again select a smart dimension and
11:55
Now again select a smart dimension and
11:55
Now again select a smart dimension and uh provide this 35.
11:59
uh provide this 35.
11:59
uh provide this 35. Select this and this and made it equal.
12:07
Let's cross check it.
12:10
Let's cross check it.
12:10
Let's cross check it. So it is not equal.
12:13
So it is not equal.
12:13
So it is not equal. So select equal constraint. Select this
12:16
So select equal constraint. Select this
12:16
So select equal constraint. Select this and this. Now it is equal. Now all we
12:20
and this. Now it is equal. Now all we
12:20
and this. Now it is equal. Now all we have to do is to connect four lines with
12:23
have to do is to connect four lines with
12:23
have to do is to connect four lines with the arc and add a tangency. So let's
12:26
the arc and add a tangency. So let's
12:26
the arc and add a tangency. So let's select the line tool
12:29
select the line tool
12:29
select the line tool and uh apply the respective tangent
12:33
and uh apply the respective tangent
12:33
and uh apply the respective tangent constraint.
12:36
Now
12:37
Now
12:37
Now again select a line tool
12:41
again select a line tool
12:41
again select a line tool connect it and apply the respective
12:44
connect it and apply the respective
12:44
connect it and apply the respective tangent constraint.
12:47
tangent constraint.
12:47
tangent constraint. Say tangency.
12:49
Say tangency.
12:49
Say tangency. Then next one.
12:55
Select this and this and add a tangent.
12:59
Select this and this and add a tangent.
12:59
Select this and this and add a tangent. Tangent.
13:01
Tangent.
13:01
Tangent. Select a line tool.
13:05
Select uh this and this and add a
13:08
Select uh this and this and add a
13:08
Select uh this and this and add a tangent.
13:09
tangent.
13:09
tangent. Select this and this and add a tangent.
13:13
Select this and this and add a tangent.
13:13
Select this and this and add a tangent. So here
13:16
So here
13:16
So here our uh sketch is fully constrained
13:20
our uh sketch is fully constrained
13:20
our uh sketch is fully constrained and now
13:23
and now
13:23
and now we will uh add a material.
13:26
we will uh add a material.
13:26
we will uh add a material. Select the sketch. Click on the pad and
13:29
Select the sketch. Click on the pad and
13:29
Select the sketch. Click on the pad and this pad thickness is of 11 mm
13:33
this pad thickness is of 11 mm
13:33
this pad thickness is of 11 mm which we can see here. So give the here
13:36
which we can see here. So give the here
13:36
which we can see here. So give the here distance 11 and say okay.
13:44
Now here we will uh
13:48
Now here we will uh
13:48
Now here we will uh do small modifications
13:50
do small modifications
13:50
do small modifications in our pad because we need a hole here.
13:53
in our pad because we need a hole here.
13:53
in our pad because we need a hole here. So we will go to the sketch and uh click
13:56
So we will go to the sketch and uh click
13:56
So we will go to the sketch and uh click on this project geometry and project
13:58
on this project geometry and project
13:58
on this project geometry and project this diameter.
14:00
this diameter.
14:00
this diameter. Select the circle
14:04
and let's
14:07
and let's
14:07
and let's make this and this tangent or equal.
14:11
make this and this tangent or equal.
14:11
make this and this tangent or equal. And here
14:17
we will edit our pad.
14:23
So here
14:26
So here
14:26
So here let's
14:27
let's
14:28
let's reverse it on the other side.
14:31
reverse it on the other side.
14:31
reverse it on the other side. Say okay.
14:34
Say okay.
14:34
Say okay. Now
14:38
let's see the sketch.
14:41
let's see the sketch.
14:41
let's see the sketch. So here if you see we have given the 58
14:46
So here if you see we have given the 58
14:46
So here if you see we have given the 58 dimension. Let's cross check in our
14:48
dimension. Let's cross check in our
14:48
dimension. Let's cross check in our additive pipe.
14:53
So we have given the 58. So this 11 mm
14:56
So we have given the 58. So this 11 mm
14:56
So we have given the 58. So this 11 mm is included inside the 58.
14:59
is included inside the 58.
14:59
is included inside the 58. So we have it in a right way. Now let's
15:05
So we have it in a right way. Now let's
15:05
So we have it in a right way. Now let's opt the sketch and now move to the next
15:08
opt the sketch and now move to the next
15:08
opt the sketch and now move to the next feature.
15:10
feature.
15:10
feature. Next feature is to add a material here.
15:16
So select the face and click on the
15:18
So select the face and click on the
15:18
So select the face and click on the sketch and uh click on project geometry
15:22
sketch and uh click on project geometry
15:22
sketch and uh click on project geometry and project this diameter. Select it
15:27
and project this diameter. Select it
15:27
and project this diameter. Select it and add a diameter and add another
15:29
and add a diameter and add another
15:29
and add a diameter and add another circle which is of a 78.
15:32
circle which is of a 78.
15:32
circle which is of a 78. Select a smart dimension.
15:35
Select a smart dimension.
15:36
Select a smart dimension. Provide it 78. Click on close.
15:39
Provide it 78. Click on close.
15:40
Provide it 78. Click on close. And now click on pad and uh click on
15:43
And now click on pad and uh click on
15:43
And now click on pad and uh click on reverse
15:45
reverse
15:45
reverse and give the 8 mm and say okay.
15:50
and give the 8 mm and say okay.
15:50
and give the 8 mm and say okay. Now
15:53
we will add a hole. So press zero for
15:55
we will add a hole. So press zero for
15:55
we will add a hole. So press zero for isometric. Select the face and click on
15:58
isometric. Select the face and click on
15:58
isometric. Select the face and click on the sketch. And now I will use the
16:02
the sketch. And now I will use the
16:02
the sketch. And now I will use the project geometry and project it. Go and
16:06
project geometry and project it. Go and
16:06
project geometry and project it. Go and switch to the wireframe.
16:09
switch to the wireframe.
16:09
switch to the wireframe. And now select the circle.
16:13
And now select the circle.
16:13
And now select the circle. Select the smart diameter
16:16
Select the smart diameter
16:16
Select the smart diameter and give it a diameter 10 mm. and
16:21
and give it a diameter 10 mm. and
16:21
and give it a diameter 10 mm. and select the circle tool and uh create a
16:24
select the circle tool and uh create a
16:24
select the circle tool and uh create a circle.
16:26
circle.
16:26
circle. And now add a constraint
16:30
And now add a constraint
16:30
And now add a constraint and uh provide it a diameter 60.
16:38
Now click on close.
16:41
Now click on close.
16:41
Now click on close. Select the sketch. Click on the
16:45
Select the sketch. Click on the
16:46
Select the sketch. Click on the pocket tool. Say it through all. And now
16:49
pocket tool. Say it through all. And now
16:50
pocket tool. Say it through all. And now we will use the polar pattern.
16:52
we will use the polar pattern.
16:52
we will use the polar pattern. Select the pocket and click on the polar
16:55
Select the pocket and click on the polar
16:55
Select the pocket and click on the polar pattern.
16:59
Give the quantity six. And here
17:03
Give the quantity six. And here
17:03
Give the quantity six. And here we will uh select reference and we will
17:05
we will uh select reference and we will
17:05
we will uh select reference and we will define our own axis. So we will select
17:09
define our own axis. So we will select
17:09
define our own axis. So we will select this diameter.
17:10
this diameter.
17:10
this diameter. Say okay.
17:14
Now press zero from keyboard for
17:17
Now press zero from keyboard for
17:17
Now press zero from keyboard for isometric view. And now we will create a
17:20
isometric view. And now we will create a
17:20
isometric view. And now we will create a two holes. So better to select the
17:23
two holes. So better to select the
17:23
two holes. So better to select the bottom face and click on the sketch. And
17:26
bottom face and click on the sketch. And
17:26
bottom face and click on the sketch. And now click on the project geometry.
17:30
now click on the project geometry.
17:30
now click on the project geometry. Now select the circle.
17:34
Now select the circle.
17:34
Now select the circle. Create a circle.
17:37
Create a circle.
17:37
Create a circle. Now select a smart dimension.
17:42
Now select a smart dimension.
17:42
Now select a smart dimension. provide it at 12 mm. Select this and
17:45
provide it at 12 mm. Select this and
17:45
provide it at 12 mm. Select this and this
17:47
this
17:47
this and made it equal.
17:50
and made it equal.
17:50
and made it equal. Now click on the pocket and say it
17:53
Now click on the pocket and say it
17:53
Now click on the pocket and say it through wall.
17:56
through wall.
17:56
through wall. Say okay.
17:59
Say okay.
17:59
Say okay. Now let's add a chamfer
18:02
Now let's add a chamfer
18:02
Now let's add a chamfer on the entry.
18:04
on the entry.
18:04
on the entry. If you see here, so there is a chamfer
18:07
If you see here, so there is a chamfer
18:08
If you see here, so there is a chamfer and there is a
18:11
and there is a
18:11
and there is a Detail view detail M. So
18:15
Detail view detail M. So
18:15
Detail view detail M. So here
18:17
here
18:17
here this hole we do not have to set through
18:20
this hole we do not have to set through
18:20
this hole we do not have to set through all. We will have to select up to face.
18:26
Now
18:29
Now
18:29
Now click on the chamfer. Give the chamfer 2
18:32
click on the chamfer. Give the chamfer 2
18:32
click on the chamfer. Give the chamfer 2 mm.
18:34
mm.
18:34
mm. And now select the age. Select this.
18:38
And now select the age. Select this.
18:38
And now select the age. Select this. and select this and say okay.
18:44
And now
18:47
And now
18:47
And now let's uh provide the chamfer of 1 mm on
18:51
let's uh provide the chamfer of 1 mm on
18:51
let's uh provide the chamfer of 1 mm on this flange
18:54
this flange
18:54
this flange with a 1 mm. Say okay.
18:57
with a 1 mm. Say okay.
18:58
with a 1 mm. Say okay. And here is a fillet of R2. So select
19:01
And here is a fillet of R2. So select
19:01
And here is a fillet of R2. So select this age. Click on the fillet.
19:11
So here is some error.
19:17
Now select this bottom one and click on
19:21
Now select this bottom one and click on
19:21
Now select this bottom one and click on the fillet and provide the 2 mm
19:25
the fillet and provide the 2 mm
19:26
the fillet and provide the 2 mm and say okay.
19:32
Now press zero.
19:34
Now press zero.
19:34
Now press zero. So this is how we have successfully
19:37
So this is how we have successfully
19:38
So this is how we have successfully modeled this part and there are the some
19:41
modeled this part and there are the some
19:41
modeled this part and there are the some small small thing like a chamfer
19:46
small small thing like a chamfer
19:46
small small thing like a chamfer of.5 mm to these four holes.
20:00
So this is how we have successfully
20:02
So this is how we have successfully
20:02
So this is how we have successfully modeled this part from the scratch. And
20:05
modeled this part from the scratch. And
20:05
modeled this part from the scratch. And this is a very good example to model
20:10
this is a very good example to model
20:10
this is a very good example to model pipe with the flange part in a free CAD.
20:13
pipe with the flange part in a free CAD.
20:13
pipe with the flange part in a free CAD. And this is a very interesting model for
20:15
And this is a very interesting model for
20:15
And this is a very interesting model for the beginner user to know the
20:17
the beginner user to know the
20:17
the beginner user to know the capabilities and the potential of a free
20:21
capabilities and the potential of a free
20:21
capabilities and the potential of a free CAD. This is how free is competing with
20:25
CAD. This is how free is competing with
20:25
CAD. This is how free is competing with other softwares. And if you see this
20:29
other softwares. And if you see this
20:29
other softwares. And if you see this isometric image, so most probably this
20:33
isometric image, so most probably this
20:33
isometric image, so most probably this model is a model under the solid works.
20:35
model is a model under the solid works.
20:35
model is a model under the solid works. But fread is also capable to do the such
20:39
But fread is also capable to do the such
20:39
But fread is also capable to do the such type of modeling
20:41
type of modeling
20:42
type of modeling and you can beautify this model
20:44
and you can beautify this model
20:44
and you can beautify this model like u providing the some fillet
20:49
like u providing the some fillet
20:49
like u providing the some fillet of a 1 mm and achieve the exact shape as
20:52
of a 1 mm and achieve the exact shape as
20:52
of a 1 mm and achieve the exact shape as shown here. So this is all about this
20:55
shown here. So this is all about this
20:55
shown here. So this is all about this tutorial for the part modeling in
20:57
tutorial for the part modeling in
20:57
tutorial for the part modeling in freead. Thank you for watching. Thank
21:00
freead. Thank you for watching. Thank
21:00
freead. Thank you for watching. Thank you for your valuable time.