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Model Offset Guide in SolidWorks | SolidWorks Tutorial | SolidWorks Part Modeling |
Aug 14, 2024
#SolidWorks #solidworksmodeling #solidworkstutorial
In this video I have explained How to Model Offset Guide in SolidWorks.
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0:00
Hello friends welcome to Solid Works
0:02
tutorial and in this tutorial we will
0:04
model this offset guide in solid works
0:08
as you can see that uh I have already
0:10
modeled it and I will show you from the
0:12
scratch how you can model this part in
0:16
Solid box so this tutorial is for the
0:18
beginner user of a solid box those who
0:20
have just started learning the part
0:22
modeling so I will close this file and
0:25
create a new file you can also visit my
0:29
website macn nexus.com and you can visit
0:33
this solid works tutorials tab where I
0:36
have written so many tutorials on solid
0:40
works where you can follow the
0:42
stepbystep guide to model the
0:46
parts if you like my method of teaching
0:49
then you can also support me on kofi.com
0:52
you can buy me a cup of coffee your
0:55
small support will help these channels
0:58
to grow and it will m motivate me to
1:00
create more awesome content on solid
1:03
works so let's come back to our
1:07
tutorial so here I have created a new
1:10
file and uh first thing which we will do
1:13
is we will create this uh base
1:17
plate
1:19
and we will extrude it and then we will
1:22
create the rest of the
1:25
feature so first we will select the top
1:27
plane and click on the sketch and we
1:31
will create a
1:35
rectangle select smart Dimension and uh
1:38
provide this Dimension
1:41
75 and uh vertical Dimension
1:49
48 come out of the
1:53
sketch select the sketch and click on
1:57
extrude and uh
2:00
give it 8
2:07
mm and now we will uh select the sketch
2:11
select the ph and uh click on the
2:16
sketch and here we will uh create a
2:21
rectangle we will select rectangle
2:27
and provide the thickness of 8 mm which
2:31
we we can see
2:35
here 8 mm and now we will come out of
2:39
the
2:42
sketch and uh view the Extrusion of uh
2:55
60 and
2:57
now we will create our cut at this
3:01
location so we will select the phase and
3:03
click on the
3:05
sketch and uh we will create our
3:16
triangle and from the age this Dimension
3:22
will be
3:26
32 we will make this phase normal
3:33
and provide the dimension
3:35
32 and
3:37
uh from this H to this angle is of
3:47
30° and
3:50
uh select the sketch and click on uh
3:54
exud
3:57
cut select the sketch click on the
4:00
extrude cut and from here we will uh set
4:04
it through
4:05
all click on
4:09
okay and now here we will create a
4:15
cut and we will create an arc which will
4:18
be tangent to this age and this age so
4:22
we will select the phase and click on
4:24
the sketch and we will make this phase
4:27
normal and now we will uh select a
4:30
three-point
4:34
Arc and
4:37
uh select this Arc and H click on the
4:42
tangent select this Arc and this H say
4:47
tangent and now we will uh close uh this
4:54
profile
4:56
and here if you see this is
5:01
uh not fully
5:04
constrained so we will select this point
5:08
and this point and add the
5:12
coincidence so it will be tangent from
5:15
this point and this AG so we will come
5:18
out of the sketch click on extrude Cut
5:22
and uh from the in condition say it true
5:25
all say okay
5:30
and
5:31
now we will uh select the back pH here
5:35
and we will uh create this rectangular
5:38
profile so select the phase and click on
5:42
sketch and now we will make this phase
5:46
normal now we will select convert
5:49
entities and project this age and uh we
5:54
will uh create a
5:58
line and which will be parallel to our
6:05
uh this uh H and we will add
6:12
the thickness of 8
6:15
mm and
6:17
here we will select this and this H and
6:22
click on convert
6:24
entities and here we will select this
6:27
age and this point and make it
6:32
coincidence and we will simply use the
6:35
trim tool to trim off the unnecessary
6:40
geometry which we do not require and we
6:43
will come out of the
6:46
sketch and now we will extrude it to the
6:50
50 mm so select the sketch click on
6:53
extrude and uh do here 50
6:57
mm click on
7:03
okay now we will create this uh
7:07
triangular rip so for this we will
7:10
select the face and click on the sketch
7:14
and uh we will select the line
7:22
tool
7:26
and provide the height
7:29
so height is of 40 mm which we can
7:32
clearly see
7:34
here provide the
7:36
40 and uh come out of the sketch and
7:41
this uh reib is of the 10
7:45
mm reverse and
7:49
uh provide the 10 mm click on
7:54
okay and uh provide the here fillet of
7:59
uh
8:00
6
8:02
mm the value six and uh click on okay
8:08
and uh
8:10
now here we will
8:14
uh create a cut so for this we will
8:18
select this bottom flat face and click
8:20
on the
8:22
sketch and uh we will project these two
8:27
edes and we will uh select a three-point
8:32
Arc
8:33
and create a
8:36
Arc and now select this Arc and this H
8:41
and add the tangent similarly select
8:44
this and this and add the
8:48
tangent and now we will uh provide this
8:52
radius of R15
9:01
and uh we will uh close this
9:10
profile and now we will click on the
9:13
triam entities and uh dream the
9:17
unnecessary
9:18
geometry now we will uh come out of the
9:23
sketch select the sketch click on
9:26
extrude code
9:29
select the
9:32
profile and uh simply say here through
9:35
all click on
9:43
okay now here is of fillet of R15 so we
9:48
will select it and uh provide the fillet
9:52
of
9:54
R15 click on okay
10:00
now we will uh place our model to the
10:03
isometric View and here is a CSK hole so
10:08
we will use the whole wizard feature so
10:10
select the phase and click on the whole
10:15
Wizard and
10:17
here click here counter
10:20
sunk and uh at the bottom you will have
10:23
the option of Uh custom sizing so drill
10:26
is
10:27
8.3 and this this is the diameter of 17
10:31
and angle is a
10:33
82° now we will go to the position and
10:36
place the my counter s ho position and
10:41
now we will make this phase
10:43
normal and we will Define the
10:48
positioning so select smart Dimension
10:53
and this is of 20 mm from the age
10:59
and uh Center to Center distance is of
11:04
uh 30 which we can see
11:11
here and from age it is 20 so we will
11:14
select this age and this point and uh
11:18
provide the dimension of uh 20
11:24
mm and one more thing which we will do
11:28
add uh vertical
11:32
relation in this case horizontal
11:35
relation so that this hole will must be
11:39
in a line now we will come out of the
11:42
sketch so you can see that counter s
11:45
hole has been placed
11:47
now here is a slot so we will uh select
11:53
this phase and click on the
11:55
sketch and here we will go and make this
11:59
phase
12:00
normal and
12:03
now first thing which we will do is to
12:06
create a
12:08
circle and uh provide the
12:11
dimension and we can see that it is
12:15
R23 which means that this diameter will
12:18
be of
12:22
26
12:24
and we will uh create a rectangle here
12:30
and we will use the trim options
12:33
to trim the
12:37
geometry and
12:40
uh we will also delete this line and
12:44
create a three-point
12:51
T and uh select this uh line and Arc and
12:56
add the tangent
13:00
select this and this and add the
13:05
tangent and the from the AG it is of the
13:08
30 mm so select this age and this and
13:13
add the distance of 30
13:19
mm and uh from this age to this age is
13:25
of 25
13:31
and this Center to this Center is off
13:35
for
13:41
35 and this uh
13:44
slot width is of uh
13:50
13.5
13:56
13.5 and
13:59
we will select this point and this
14:02
point and add the
14:05
relation now we will come out of the
14:10
sketch and select the sketch click on
14:13
extrude
14:14
Cut and in the end condition we will
14:17
select up to surface and we will select
14:20
this bottom surface and click on
14:25
okay press crl 7 so so here is of fillet
14:31
and round of R3 which you can
14:35
provide at desired locations I'm not
14:38
going to do that so if you see our
14:41
isometric drawing of offset guide so we
14:44
have exactly made this part in uh solid
14:48
works and uh this tutorial is designed
14:50
for the beginner user of a solid works
14:53
those who have just started learning the
14:55
part modeling and I hope you have
14:57
enjoyed this tutorial and if you have
14:59
have enjoyed it then please like
15:00
subscribe and share my channel and also
15:03
support me on coffee.com you can buy me
15:05
a cup of coffee your small support will
15:08
help these channels to grow and it will
15:10
motivate me to create more awesome
15:12
content on a solid works link is given
15:16
in a video description so this is all
15:18
about this tutorial thank you for
15:20
watching and thank you for your valuable
15:22
time