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Model Slot Mounted Bearing Bracket in FreeCAD | FreeCAD Tutorial | 3D Modeling | Mechnexus |
May 16, 2025
#freecad #freecadtutorial #learnFreeAD In this video I have explained How to Model Slot Mounted Bearing Bracket in FreeCAD. ▶️ 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
0:03
and in this tutorial we will uh model
0:05
this bearing bracket in frecad with the
0:08
help of a part design workbench If you
0:10
want to learn free CAD from the scratch
0:13
then you can buy my complete free course
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1:05
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1:35
is the my course complete free course
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from zero to expert Go inside and uh the
1:44
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shop page So exactly same lectures under
1:53
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1:57
section one is a introductions to free
2:00
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2:56
my Kofi course page link on uh pin
3:00
comments and uh video descriptions So
3:04
here I have created a new file and now I
3:07
will insert my
3:09
body and I will press the space bar and
3:12
on my origin planes and
3:15
now the first feature which will make is
3:19
this rectangular feature and after that
3:22
uh we will add up the rest of the
3:24
feature So for this I will select this
3:27
uh exit plane and click on the
3:32
sketch And now go to the model tab and
3:35
of this origin
3:37
plane Now I will select the rectangle
3:40
tool and create a
3:43
rectangle and I will make this rectangle
3:49
symmetric So click on this symmetricity
3:52
Select this point this point and this
3:56
point And
3:58
now we will uh give this fillet And for
4:03
this we can see that uh this is the
4:07
26 which means that radius will be 13 So
4:11
we will select the fillet tool and give
4:14
the four fillets
4:23
And now I will select all the
4:27
fillets and make it
4:30
equal and give one of the fillet radius
4:34
dimension
4:36
13 And uh because of the fillet
4:39
symmetricity has gone So we will again
4:41
select on the
4:43
symmetricity Select this point this
4:46
point and origin point
4:50
And now here is a dimension 64 is
4:54
given So we will select horizontal
4:58
dimension and give this to this
5:04
64 and this to this is a 30 So select
5:10
the vertical dimension Select this and
5:13
this and give the 30 So now we have the
5:17
fully constraint
5:20
sketch and
5:23
uh this is the
5:25
10 and here it is given the three So
5:29
this means that this thickness is of 7
5:33
mm and here is a 3 mm is given So we
5:37
will also add this 3 mm So 7 + 3 is a 10
5:42
So we will come out of the sketch and
5:45
give the pad of a distance 10
5:49
mm Now we will create these two
5:53
bosses For this we will select this face
5:56
and click on the sketch and we will
5:59
click on the project geometry features
6:02
and projects this all four
6:06
arc And now I will select the slot tool
6:10
Select the slot Select this and
6:14
this This and
6:17
this And
6:19
now I will give the diameter of uh
6:25
26 And I will select this one and this
6:30
one and uh make it
6:32
equal And I will come out of the sketch
6:35
And this thickness is of 3 mm So click
6:39
on the pad and give the 3
6:43
mm Click on okay Now
6:48
here these two are normal These two look
6:52
like a separate bodies So click on
6:55
here and go to the refine shape option
6:59
and set it
7:00
true Now select the face and again click
7:04
on the sketch And now here we will make
7:06
the cut which is of a diameter 11 So we
7:11
will again project the
7:13
geometry this and this Similarly this
7:17
one Now we will again select the slot
7:20
tool and create a
7:23
slot Similarly here select these two and
7:26
create a slot And now this is of
7:29
diameter 11 So select on diameter and
7:32
give 11 mm
7:34
And now select this and this and make it
7:38
equal Now close
7:40
it And now we will select the pocket
7:43
tool And from the in condition we will
7:46
say through
7:49
all Now we have created this base
7:52
feature and now we will create this
7:55
one So for this we again on our
7:59
plane switch to the isometric and we
8:02
will select this mid
8:05
plane and here we will create our
8:09
sketch Now we will of our plane and here
8:14
we will switch to the
8:15
wireframe and we will click on project
8:18
geometry and project these two edges
8:21
And
8:23
now we will read the dimension So
8:27
here we can see that uh from this center
8:31
to this center is
8:33
45 and from this 45 we
8:38
have the diameter as well Here is a
8:42
internal given is is a B of
8:45
19.1 and outer one is a 30 So which
8:50
means that
8:52
uh radius will be 15 So 45 + 15 is a 60
8:57
So we will switch to the isometric view
9:00
and we will click on the projectage and
9:03
we will select this
9:05
one and again switch to the right view
9:08
So this is the point which we want which
9:11
is the center of
9:12
this So
9:15
now first we will select the threepoint
9:19
arc and create a
9:23
arc
9:25
and this radius is of uh R10 and outer
9:31
one is R20 So which means that thickness
9:33
is of 10 mm
9:36
So first we will take this R10 and give
9:40
this
9:41
radius
9:43
R10 and it is the 45 from the
9:48
center This
9:50
one And
9:54
here this radius
10:17
Now this radius is R10 is known Now we
10:21
will select line tool and draw the line
10:26
And similarly we will create one more
10:30
radius And we will merge the center And
10:36
the outer one is given the R20 So we
10:40
will give the
10:41
20 And we will again select the line
10:45
tool and create a
10:47
line And we will make this
10:51
vertical and add the tangency Say here
10:57
tangent Similarly this one also
11:01
tangent And
11:04
now we will select the line tool and
11:07
join these two points Select this one
11:10
and give the horizontal Now this point
11:12
is known to us which is of a
11:15
45 So we will select this point and this
11:19
point This is the projected point of
11:23
this radius and we will give the
11:27
dimension of uh
11:30
45 Now we will switch to the right
11:33
view And
11:37
now we will select the line tool and
11:40
join this line And select this one and
11:44
give the
11:45
horizontal And from here we will add the
11:50
tangency And we will again select the
11:52
line
11:55
tool And we will add the tangency say
11:58
the tangent And now we will close the
12:01
profile
12:09
Now we
12:11
will move it So we have the degree of
12:14
freedom So we can see that uh from the
12:18
face it is a 20 mm is
12:22
given which is the this point So we will
12:25
again switch to the right view and
12:28
select the horizontal dimension this
12:33
and and here it is given from the face
12:37
and here it is given the 10
12:40
mm so 20 +
12:44
30 So select this point and give the 30
12:48
mm
12:50
Now our sketch is fully constrained Now
12:54
we will come out of the sketch and from
12:57
here we will switch to the flat
12:59
lines and this uh extrusion is of a 30
13:03
mm So we will select it click on the
13:06
pad and click on the length and give the
13:10
30 mm And from
13:13
here check mark symmetric to the plane
13:16
and click on okay
13:20
And here we will also refine it Go to
13:25
the refine shape option and set it true
13:29
So you can see that it has been
13:31
merged
13:33
Now we will create a cut So we will
13:36
select the face and click on the sketch
13:39
and we will project the
13:42
geometry and click on the circle and
13:46
create a circle
13:48
And now this is of a diameter 30 So we
13:52
will select it Go to the diameter and
13:54
give the
13:58
30 And now you can see that it is moving
14:02
So we will switch to
14:04
the wireframe so that we can see the
14:07
origin points We will select this point
14:10
and this point and give the vertical
14:13
relation Okay
14:16
Now we will remove the material So we
14:19
will click on the pocket tool and we
14:22
will simply say through
14:26
all Now we again select the face and
14:29
click on the sketch and just simply
14:32
click on the project
14:34
geometry and uh create a
14:38
circle This is the outer one and we will
14:40
also create the inner one Inner one is
14:43
given is a 19.1 So select on diameter
14:46
and give
14:49
19.1 Close the sketch Now this uh total
14:53
extrusion is of
14:55
uh 40 So from here 10 mm is given So we
15:01
will click on the pad and from here we
15:04
will select a reverse direction
15:11
So we will use the two direction
15:15
here So we from here we will select the
15:18
two
15:20
dimension Let's give this one
15:24
30 So this
15:26
one will be the
15:29
10 and this one will be the 30
15:39
Now click on
15:42
okay Now here uh we can see a cut So we
15:46
will select the face and click on the
15:50
sketch Switch to the
15:53
isometric and switch to the top view So
15:56
here we wanted to create the sketch So
15:59
here we can see that uh here is a
16:02
material removal So we will simply uh
16:04
select a
16:06
rectangle and we will click on the
16:08
project geometry and project this
16:12
age And now we will select this point
16:15
and line and make it
16:18
coincidence And this one I will give the
16:21
3 mm as shown and I will move
16:26
it And from the center it is 13 mm is
16:29
given which we can see here So for this
16:33
we will switch to the isometric and
16:35
click on the project geometry and
16:38
project
16:40
it And now we will select a
16:44
point So this is of
16:47
a diameter 11 So we will constraint this
16:54
point 11 / 2 which is 5.5 And now from
17:00
this
17:01
point to this point we will give our
17:04
dimension
17:07
13 Now switch to the
17:12
isometric So we wanted to completely
17:14
remove the material So we will extend
17:16
this and we will give some random
17:18
dimension to it Let's say
17:21
45 Click on
17:24
okay Switch to the isometric Now we will
17:28
click on the pocket tool and we will say
17:31
it through
17:32
all say
17:34
okay And now we have the hole
17:39
here
17:41
So we will on our origin plane and we
17:46
will select the plane and uh we will
17:49
click on the datam plane and in the
17:51
datam plane in Z direction we will give
17:54
the dimension
18:02
60 60 is a came to the center plus we
18:06
want 15 mm So 16 + 15 so that we will
18:10
get a tangent plane Yes we have got it
18:13
And now we will create our whole sketch
18:16
on this plane So I will off the origin
18:19
plane and uh click on once rebuilt
18:22
Select the plane Click on the sketch Now
18:25
switch to the
18:27
isometric and then top
18:31
view So we want our hole here So we will
18:34
simply click on the sketch and create a
18:39
circle and this is of hole of a diameter
18:42
3 So we will select the diameter and
18:44
give the 3
18:46
mm and its position is a 20 mm from this
18:49
edge So we will click on project
18:53
geometry So first we will of this datam
18:57
plane Click on the project geometry and
19:00
project this age Now select the
19:02
dimension tool We'll select this point
19:04
and this point and give the 20
19:08
mm And
19:09
now switch to the
19:13
isometric
19:15
and close the sketch
19:18
Now click on the pocket
19:21
tool and let's give is some random
19:24
dimension of a 10
19:26
mm so that it uh opens
19:31
inside and click on
19:34
okay So here is a common note of a
19:38
fillet and round of R3 So give the
19:41
fillet at required places else this
19:45
tutorial will be too long So you can see
19:47
that we have successfully converted this
19:50
bearing
19:51
bracket in a frecad with the help of
19:54
part design workbench So this is all
19:57
about this tutorial Thank you for
19:58
watching and thank you for your valuable
20:14
time Heat Heat
20:59
Heat
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