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Hello friends welcome to Solid Works
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tutorial and in this tutorial we will
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model this vibrator arm in solid works
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as you can see that uh I have already
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modeled it I will show you from the
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scratch how you can model this vibrator
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arm from the scratch so I will close
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this file and create a new file you can
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also visit my website macn nexus.com and
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you can visit this solid works tutorials
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tab where I have a written so many
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tutorials on solid works where you can
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follow the stepbystep guide to model the
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parts if you like my method of teaching
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then you can also support me on kofi.com
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you can buy me a cup of coffee your
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small support will help these channels
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to grow and it will motivate me to
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create more awesome content on solid
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works so let's come back to our tutorial
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so here I have created a new file and
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first thing which we can see here this
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dimensions are in inches so we will go
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to the unit section and changes to the
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second we will go to the setting option
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and you can also change the unit from
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here so you have both the option either
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from here or from here so we have set
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our units and if we see our parts then
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we can see see that uh if we make our
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first sketch on a front plane that would
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easier so I will select the front plane
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sketch and I will create this uh outer
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boundary and then I will extrude it to
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the 1.5 in so I will select the
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line and I create a big Bic shape which
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will be rough and then we will constrain
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here we have created the basic shape so
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and this radius here is A5 R in but
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first we will constrain this it is a
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1.62 and we will go to the fillet and
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and give the0 five say okay and
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now here we will delete this
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and we will merge this
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or we will delete this
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fillet better to press the control
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set so here we will not create the fet
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first we will create a three-point
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Arc and this 3point Arc will be tangent
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this and it will be tangent to this
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and we will select smart
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it5 now we will use the trim
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it and this will be 1.62
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in and we will select this center line
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or center point of this Arc and this
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and at The Coincidence
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constraint and now we can see here the
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angle is 60 and this is the
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1.19 so first we will
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1.19 and this angle is of 60°
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60 and from this point to this one is a
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1.88 now we will uh close this sketch
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uh here is our sketch is fully
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constrained and now we will select the
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sketch and click on extrude and give the
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and select the mid plane click on
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okay and now here we will give the
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fillet select this and
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okay now we will select the top face and
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click on the sketch press control 7 and
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rectangle and uh we will select this
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age and give it value
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and from this uh radius to this one is
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75 and uh total length is uh doesn't
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matter but we will uh keep outside of
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body so we will switch to the top view
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so it is of course outside of body now
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we will come out of the
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sketch select the sketch click on
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and from here say true all say
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okay now press uh control
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7 and now we will create a cut here so
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we will select the phase and click on
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sketch and select the rectangle
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tool and we will make this uh phase
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and select smart dimensions and give it5
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.19 and we will make this
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symmetric so it will be 25
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in so here is our sketch is fully
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constrained we will come out of the
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select the sketch click on extrude Cut
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and from here say it through all say
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now we will create this
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hole select the phas and click on the
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sketch make this phase normal click on
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circle select smart Dimension and and uh
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Cut say it through all say
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okay because it is a two
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here and uh this one and this one is the
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same and this is of a 0.5 counter board
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now we will give the chamfer of a025 to
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this age so we will select the age and
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go here and select the
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okay and here also 025
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now press the control 7 for isometric
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View and now we will uh create this
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counter board hole so we can see that it
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is A5 drill so we will select the face
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so first we will make the drill
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hole select the circle and uh create a
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circle and uh select smart Dimension and
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from this H to this is a
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75 and uh give the diameter.
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and if you see here the whole Center in
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a line with this Edge so we will make
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normal and uh select this uh Center
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Point and this Edge and add the
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coincidence and come out of the
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sketch and it is a drill hole so we will
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select the hole and uh click on uh
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extrude cut and from here we will say a
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all so this is the drill hole and now it
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is a 75 counter board with5 mm deep so
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select the face and click on the sketch
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and they will again make this phase
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normal and create a circle to get the
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center point snip the pencil on the edge
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circle and here we will provide the
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75 come out of the sketch and it is a 5
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do the0 five and click on
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okay now press the control 7 so as you
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can see that we have a successfully
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modeled this vibrator arm in solid works
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and I hope you have enjoyed this
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tutorial and if you have enjoyed it then
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please like subscribe and share my
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channel and also support me on
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coffee.com you can buy me a cup of
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coffee your small support will help
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these channels to grow and it will
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motivate me to create more awesome
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content on solid works you can find the
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link in a video description so this is
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all about this tutorial of a vibrator
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arm thank you for watching and thank you
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for your valuable time
