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SolidWorks Modeling & Drafting 08 | SolidWorks Tutorial | SolidWorks Part Modeling |
Jan 6, 2025
#SolidWorks #solidworksmodeling #solidworkstutorial In this video I have explained How to Model Part in SolidWorks. ▶️ Download This Tutorial Source File From my Ko-Fi Store-: https://ko-fi.com/s/d8a110f255 ▶️ Visit my website for more info-: https://mechnexus.com/ ▶️ The Complete SolidWorks Course : From Zero to Expert!-: https://www.udemy.com/course/solidworks-complete-course-zero-to-expert/?referralCode=B30458218EA1375DDB6E ▶️ 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 👉 Indian User can Support My Work Using my UPI ID: amar.patel456@ybl & amar.patel456@axl All donations will be used to purchase equipment to improve my productivity and increase the quality of the content that I produce. Your kind support will help to grow this channel. Even if it's just enough to buy me a coffee every little helps and this will be repaid in full through my sharing of knowledge.
View Video Transcript
0:00
Hello friends welcome to Solid Works tutorial and in this tutorial we will model this uh spanner as you can see
0:07
that uh our uh solid works model is matching with isometric uh view of our drawing
0:15
and uh we will refer the orthographic View and we will uh create our uh 3D
0:22
model in this tutorial we are not only going to create a 3D model but uh we
0:28
will also create a 2d drawing as you can see that uh I have also
0:33
created a 2d drawing with respect to our reference drawing and I will show you from the
0:40
scratch how you can model this part and create a drawing as well so I will uh
0:46
close this file and create a new file you can also visit my website macn
0:52
nexus.com and you can visit this solid works tutorials tab where I have a
0:59
written so many tutorials on solid works where you can follow the step by step guide to
1:07
model the parts if you like my method of teaching then you can also support me on kofi.com
1:14
you can buy me a cup of coffee your small support will help these channels
1:20
to grow and it will motivate me to create more awesome content on solid
1:25
works so let's come back to our tutorial
1:31
so here I have created a new file and as per our part orientation we will create
1:38
our first sketch on a top plane and here if you see our drawing so
1:44
we have the two centers so I will keep my origin at uh
1:50
this Center so for this I will uh select a line tool and I create a line
2:01
and I will make this line as a construction and if you see the center
2:08
to Center distance is of 224 so first I
2:14
will give this line a dimension of
2:20
224 and now if we go here so this is a diameter
2:26
33 so I will uh select a circle to tool create a
2:32
circle select it and made it for construction select smart
2:38
Dimension and we will uh give it a diameter 33 and on the other
2:45
side this is of a diameter
2:50
55 so I will select the circle create a
2:55
circle select a
3:00
diameter and give it a
3:08
55 and now I will also make this diameter as a
3:15
construction and now if you see here this is the symmetric
3:22
width which is of 20 mm
3:28
so I will select a rectangle and
3:35
uh create a
3:40
rectangle and
3:45
now I will uh adjust this and I will uh delete this vertical
3:54
line and I will also delete this uh vertical line and uh select a trim tool
4:01
to trim the extra geometry select here and
4:10
here and uh now select a smart
4:18
Dimension select this to this it's of 20
4:25
mm and from Center it is off 10 mm so here I will link the equation press
4:32
the equal symbol select this 20 mm Dimension divide by
4:40
two now I will uh select a three-point
4:50
Arc and now here is a radius of
4:57
R30 which we will do later so I will select a three-point Arc and
5:05
create one uh Arc here and say
5:10
okay now we will uh come out of the sketch
5:16
because our sketch is fully constrained I will press contrl 7 select
5:22
the sketch click on extrude and uh I will give it a 6
5:28
mm and uh select it to the mid plane say
5:35
okay now I will on my first sketch click on
5:41
this I symbol to on it and I will again select this uh
5:47
mid plane which is our top plane and uh say sketch and now I will uh select the
5:54
circle and click on convert entities and come out of
6:00
it and create a pad of 10 mm select it click on the
6:06
extrude click on the 10 and uh from here select the mid plane say
6:15
okay same way we will again select the top plane select the sketch and we will
6:21
select this circle click on convert entities come out of the
6:27
sketch and now again create a pad of a 10 mm select
6:34
it and from here select it uh and say mid plane say
6:43
okay now I will off the
6:49
sketch now we will create this cut whose uh dimensions are given here so I will
6:56
uh select the top face and uh click cck on the sketch and now I will make it a
7:04
normal so first thing which I will do is to uh project this diameter click on
7:10
convert entities and uh set it the construction select a line
7:16
tool join uh this with this and select a vertical join this
7:24
with this and I will select this boat and made it for the
7:31
construction and now I will uh select a line tool create
7:38
a line and I will make it a
7:44
construction select smart Dimension and
7:51
uh give the angle 17 and now I will again create a
8:00
line select line tool again create a
8:06
line and select it and made it for the construction select this line and this
8:13
point and add a coincidence say okay and
8:18
now I will select this and this and uh click on the perpendicular
8:32
and now let's uh give the
8:37
dimensions select this point and this one and uh give the
8:44
Align dimension of uh
8:50
12.5 same here select this and this and give the Align dimension of uh 12.5
9:00
and let's uh uh make it to the one Precision select this and select this
9:07
and make it to the one precision and
9:13
now we will uh create a line
9:19
tool create a line here and uh again select a line tool
9:26
select a line and uh select this and uh this and add a
9:39
perpendicular similarly press control key select these two lines and make it a
9:45
perpendicular say okay and now we will uh select a three-point Arc
9:54
and uh create an arc and
10:02
we will select the arc Center which we have created and this origin and we will
10:07
set it to the this point cannot be merged so let's find out the
10:15
reason because it should be tangent so here is a Dimensions 12 mm it is not a
10:22
coincidence so I will select smart Dimension select this and this
10:29
and give it 12
10:35
mm and now let's uh click on the trim to remove the extra
10:43
geometry and uh select a three-point Arc and
10:48
uh create a three-point Arc and now our uh sketch is fully
10:54
constrained we will come out of it now select the sketch click on
11:01
exclude cut and from here say it through
11:08
all say okay so you can see that disc cut is
11:13
created and now let's move to the other side and we
11:19
will create uh this cut on this side so for this I will select
11:27
the phase and click on the sketch and uh make this phase
11:33
normal and now here I will create a
11:44
circle whose diameter is of 25 select uh smart
11:51
Dimension give it a 25 and now I will select a line
11:57
tool and uh create a vertical
12:03
line and I will uh make it a
12:09
construction and now here we will create this triangular profile for the cut so
12:16
for this I will uh select line
12:26
tool now here I will again select a line tool join this and here I will uh make
12:35
it a construction and now I will uh select smart Dimension select this and
12:44
this and uh give it a 60
12:50
angle and this is the also
12:57
60° and now Let's uh cross shake this height so this is the
13:05
1.9 so
13:15
here let's uh change the angle let's uh make it a
13:24
45 so here changing the value result in invalid geometry
13:30
Tre so I will delete this uh
13:39
angles say delete
13:48
yes and let's move
13:56
it so here I will can select a smart Dimension and instead of angle let's try
14:03
to constrain with the height let's make it uh
14:10
1.5 okay and now here we will remove this
14:20
tangency and let's move it and now let's uh give the angle
14:26
60° select uh smart dimension
14:41
60 and here as well
14:52
60 so our sketch is fully constrained we will come out of it
15:00
and now we will select the sketch and click on extrude
15:05
cut so in this case uh we have the two Contour uh one is here and one is here
15:12
so we will create this cut in a single sketch so first we will select this inner
15:18
contour and we will say it through all say
15:23
okay and now I will uh on my sketch
15:29
and again select this sketch and click on extrude Cut and this time I will uh
15:35
go to the Contour option and select this contour and I will say it through
15:44
all and now we will a polar
15:49
pattern so this skage visibility is not required so we will hide it and select
15:55
this cut and this one so order of selection is
16:02
important so first this cut and then this and here is a pattern we will uh go
16:08
to the circular pattern so here is a equal spacing and
16:16
we will select the outer one and
16:22
here I will set the quantity 20 and say okay
16:31
so you can see that uh this profile is created and it is also matching with our
16:37
isometric view now let's uh move to the next step
16:44
next step is to uh provide the fillet at these two locations so if you zoom our
16:50
drawing so we can find here so radius is R30 so I will select this and this and
16:58
go to the fillet option and provide the fillet of R30 say
17:07
okay and this is the fillet of R20 so I
17:13
will select this and this and give the fillet of uh
17:22
20 mm
17:30
now press crl 7 now we will create this cut whose
17:37
detail is given here it is a 160 and a 25 mm from the center so I will uh
17:45
select this face and uh click on the
17:50
sketch now I will make this normal and let's set our model to the correct
17:58
orientation and now I will uh select a rectangle
18:04
tool create a rectangle and now here it is a 25 mm from the center
18:12
so I will uh select smart Dimension select this line and point and give the
18:19
dimension of uh 25 and length of this cut is of 160
18:31
160 and uh width is of 10
18:39
mm and which is a symmetric symbol is there which means that uh it must be 5
18:46
mm from the center give it a 5 mm so our sketch is fully constrained we
18:55
will come out of it and we will create a
19:01
cut so cut uh distance we can see here it is a 2 mm
19:08
cut so I will select the sketch click on EXT rude cut and give the cut distance
19:15
uh 2 mm say okay and now I will select the cut and uh go in a
19:24
mirror and from here I will uh select the top
19:30
plane and say okay and now uh I will give the fillet of 3 mm to
19:38
the all the corners so I will select the
19:44
fet and give the fillet of 3 mm and now I will add the corners where
19:51
I want the fillets select this
19:57
hedge this
20:05
one this one and this
20:10
age same way we will add on the bottom
20:15
side select this H select this
20:24
age same way here
20:34
same way here and say
20:40
okay now press Ctrl 7 for isometric View
20:45
and you can see that we have as it is model our part with respect to the
20:53
drawing views now in the next step we will
20:58
creates the drawing of our part now we will create a drawing so
21:06
first I will insert my template uh A3
21:13
and I will uh cancel it and first I will uh change my angle of projection to the
21:20
third angle say apply and now I will switch to my
21:26
model and place my model and now I will uh go to
21:33
the my
21:40
drawing and here I will go to the drawing Tab and go for model
21:46
view and from here I will uh set to the current model view and I will say okay
21:56
now I will uh change the
22:01
scale go to the custom scale and let's uh make it 1 to
22:08
1 and say okay now
22:14
here we will uh start giving the dimension so first we will start from
22:21
the left hand side so First Dimension is of uh
22:26
33 so I will go to The annotation stab select smart Dimension and give it
22:34
a 33 diameter but here I will uh import
22:39
my Dimension setting so I will go to the options tab then documents properties
22:45
load from external files and uh here is
22:50
my drawing standard so I'm importing my latest uh
22:56
drawing standard and say okay so you can see that uh font
23:03
and thickness of my Dimension is change now here I will select this 33 diameter
23:10
go to the leaders options and I will uncheck this both and give it a diameter
23:16
go to the value Tab and I will make a Precision to the
23:22
roundoff and now here we will uh give this diameter 28 so
23:30
I will select this point this point and this
23:39
point and uh give it a diameter prefix and set it round off and
23:49
now I will uh select this and this and uh give it angle of 120
23:59
and this is the R20 and I will also make it a round off
24:07
and give the quantity 2x because R20 fet is one is on
24:14
one side and one is on the other side and now I will select this and this and uh
24:24
give the dimension of a 25 and uh this total
24:35
length 160 and this uh 10 mm
24:44
Dimension and uh Center to Center is of
24:53
224 and now here I will insert the center mark
24:58
select it and add a center Mark and now I will
25:08
uh select all four dimensions and uh make it to the
25:16
roundoff and this uh 10 mm Dimension is a symmetric so I will select this 10 mm
25:22
Dimension and add the symmetricity symbol
25:29
and now I will uh extend this center
25:38
line now here is a radius
25:43
R3 select a smart Dimension and
25:50
uh give the radius R3 and set it none
26:00
and now we will uh give Dimension at this
26:07
area so First Dimension which we will give is a 25 so I will select this line
26:13
and this line give it a 25 and this two angle is of
26:24
70° this is a 17 and this one also
26:34
17 and now we will uh give this outer
26:46
diameter and uh we will switch to the leader tab uncheck this and give it a
26:55
diameter and uh round of this
27:02
Dimension and now we will insert the center
27:13
line press control key and uh select this two and click on the center line
27:20
click on the select View and now here is of
27:26
the angle of uh 17° so let's uh give it a
27:37
70° and now now here we have uh one Arc so I
27:46
will insert It Center Mark select it and insert the center Mark and uh let's uh
27:52
move this 25 Dimension and uh move this 17 mm and now
27:58
select the smart Dimension and give the center to Center which is
28:06
11.48 and uh this radius 17.33%
28:30
align Dimension is of 12 mm and now make it
28:39
none and here I will make this Arrow out site and I will move it and I will
28:47
select this 25 mm dimensions and uh make it a round
28:54
off and here is of radius R30
29:00
I will uh make it uh round off and specify the quantity
29:13
2x so we have given the dimensions of our base View and now we will create a
29:23
section so we will select the view go to the drawings tab click on the section
29:29
and select the sections select the center points and uh click on
29:39
okay and say okay now here we will uh change the section
29:46
font I will uh remove the scale because our drawing is not to
29:51
scale select contr a and uh give the 16 mm and sa Bolt
30:00
again edit it so this is a 13 make it uh
30:08
16 and now we will uh rebuild it so the font is also Chang here now I
30:17
will shter my section length on uh both the side
30:30
and let's uh move this
30:38
BB to the bottom here and uh this side as
30:49
well now we will change the alphabet because this is our first
30:55
sections so our first section should be a
31:00
a and now let's uh give the dimensions so First Dimension is of 10
31:09
mm so I will select the annotations and uh specify the dimension of 10
31:17
mm and uh set it none and here we will specify the total length
31:25
which will be a reference dimension so I will uh select this
31:31
H and this
31:37
H and I will set it the reference Dimension now I will Define the
31:45
cut I will select this and this set a 2
31:51
mm same side on our bottom 2 mm
32:01
now I will select this and this and uh make it round
32:09
off now total thickness at this section is
32:17
of 6
32:22
mm I will select smart Dimension select this and this
32:28
and uh make it a round off set it
32:35
none and this side thickness is also 10
32:44
mm and uh set it uh
32:50
none now let's move the dimension
32:58
so we have uh created a drawing now let's uh create some space for our uh
33:05
isometric view so I will uh move my base view to
33:13
the top side move
33:21
this and now let's uh go to the our
33:26
model press crl 7 and let's change the color
33:33
of our
33:40
parts and here I will give the white color say okay and now I will uh go to
33:47
the my drawing and uh go to the drawing tab select the
33:55
model place the isometric View
34:00
say okay now I will uh make it to the Shaded
34:08
View and uh I will go to the custom scale instead of a 1.5 let's make it
34:17
uh 1 to 1.5 or
34:26
1.3 and now let's give the title so it is a solid
34:31
works modeling drafting tutorial 08 so I will uh go to the annotations go
34:39
to the
34:45
note solid works modeling
34:50
and drafting tutorial 08 and I will uh press
34:57
control a and make it
35:05
bold so this is how we have successfully created the model and also created the
35:13
drawing with respect to our reference drawing our isometric View and a drawing
35:19
view are the exact and we have achieve all the dimensions so this is all about
35:24
this tutorial how to model and create a drawing of uh this
35:31
spanner in solid works thank you for watching and thank you for your avable
35:56
time for