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Model Bearing Bracket in SolidWorks | SolidWorks Tutorial | SolidWorks Modeling |
Apr 24, 2025
#SolidWorks #solidworksmodeling #solidworkstutorial In this video I have explained How to Model Bearing Bracket 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.
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as you can see that I have already
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modeled it and I will show you from the
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scratch how you can do the same in solid
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works so let's start our tutorial I will
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close this file and I will create a new
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file you can also visit my website Mac
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nexus.com and you can visit this solid
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works tutorials tab where I have written
0:26
so many tutorials on solid works where
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you can follow the step by step guide to
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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
0:40
you can buy me a cup of coffee your
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small support will help these channels
0:46
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
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tutorial now first we will uh read our
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drawing as we can see that uh this is a
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rectangular
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feature after that there is a swep like
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profile and there is a round so first we
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will make
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this our base feature so for this I will
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select this front plane and click on
1:22
sketch and from drop down I will select
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a center rectangle
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and now we will uh give our
1:33
Dimensions so if we can see that uh this
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is the center to Center is a 64 and this
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is the diameter of
1:43
26 so we will select smart
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Dimension and give it 64
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+ 13 and 13 on the both the side which
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is a
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26 and uh iCal Dimension is a
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30 and 30 +
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26 so this is our base profile now we
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will come out of the
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sketch press contrl
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7 and uh we will extrude it select the
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sketch click on extrude boss and
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base and here we can see that
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uh our Extrusion is a 13 mm 10 mm this
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and 10 mm this is a 13 we will add this
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3 mm boss
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letter so we will give here 13
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mm and we will say
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okay and now let's move to the next
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feature our next feature is to add
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fillet
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on all four
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corners so we will select all these four
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edges by pressing the control
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key and uh click on the
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fillet and here we will add the fillet
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of 13
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mm because this is the diameter
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26 we will say okay press crl 7 for
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isometric View
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now we will create these two bars for
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this we will select the pH right click
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and click on the
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sketch and we will make this phase
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normal and we will click on convert
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entities we will select all the entities
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which is converted and click on for
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construction and now we will create two
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diameter at the two centers for this
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select the
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circle create a
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diameter now we will draw the two
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lines again select line
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tool and connect
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it
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now we will train trim the unnecessary
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geometry so click on trim
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entities select trim to
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closest delete this now go to the slot
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and click on the straight
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slot snip on this Arc you will find the
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center similarly snip on the arc you
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will find the center and create a
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slot now if you see that slot width is
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11 we will go to the smart
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Dimension
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and give it 11
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mm and we will come out of the
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sketch press control
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7 select the sketch click on extrude
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boss
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and give the 3mm dimension which is
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shown here click on
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okay now we will completely remove the
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material for this select the
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face right click and click on the sketch
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icon and click on convert
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entities come out of the
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sketch select the sketch and uh click on
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extrude Cut
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option and from here select through all
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and Save say
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okay
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now press control key and select these
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two
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features go to the linear pattern and
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select the
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mirror and from Mirror plane and face
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expan the browser
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tree select the right plane click on
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okay so this is how we have created this
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boss and mirror it on the other side now
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move to the the next
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feature our next feature is to create
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this profile for this we will select the
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right plane and click on the
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sketch
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and we will find the dimensions if we
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can see here this uh Boss face is of 20
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mm
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distance so for this first we will
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create a
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threo Arc
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and it is at a distance of 20 mm from
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this Boss
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face so we will select the age and
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convert entities and click on the sketch
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and make it
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construction and
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now we will select smart
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Dimension select our projected line and
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this Arc
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Center and give the dimension of uh 20
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now make this phase
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normal
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now we will create a
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line and we will make it coincident
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relation and we will also add the
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tangent
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and now we will draw one vertical
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line we will select this Arc and
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vertical line and add the tangent
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relation
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now now we have to fix this point for
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this we can see that uh this uh slot
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Center to this round Center is of 45 so
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we will rotate our
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model and we
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will select this
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AR and click on convert
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entities and make it construction so if
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you can see here this is this point is a
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center of this Arc so we will select
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smart
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Dimension select this point and this Arc
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point and uh give the dimension of for
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45 now we
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will make this phas
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normal
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sorry we will give 45 Dimension to the
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Top This radius is a
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r10 so first we will give the 10
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and this
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point to this
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point is of
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45 so this is the our outer profile now
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we will use the offset
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command our outer diameter is of R20
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which means that this is the 10 mm
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thickness which is also mentioned
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here we will select the offset
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offset 10
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mm now we will close our profile select
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the line
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tool join these two
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points again select the line
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tool join these two
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points again edit the sketch and delete
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this
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line now you can see that we have a
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fully constrained sketch we will come
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out of the
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sketch select the sketch our Extrusion
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length is a
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30 we will click on extrude boss and
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base give the 30 mm
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Dimension select on mid plane click on
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okay
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now we will uh remove the material and
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make this round profile for this we will
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select this phas and click on the sketch
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we will make this phase
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normal now click on the
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circle and
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uh create a
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circle now come out of the
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sketch select the sketch click on the SC
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cut and uh click here through all say
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okay so now we have the remove the
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material here now we will add the
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material for this round profile for this
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we will select the sketch and create a
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sketch we will select this Outer Edge
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and click on convert
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entities we will make it
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construction we will make this phase
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normal select the circle
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and we will draw the two
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circles outer one is fully constrained
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now inner one is a
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19.1 so we will select the smart
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Dimension and give it
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19.1 now we will come out of the
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sketch click on the
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extrude and here we will use the two
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direction Extrusion so here we can see
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that 10 mm Dimension is given from the
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face and overall is a 40 so 40 - 10 is a
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30 so in Direction one we will give the
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10 in Direction two we will give the
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30 now we will say
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okay now here is a
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cut we will select the face and create a
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sketch and we we can see that this 13 mm
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Dimension is given from this uh slot
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Center so we will select the age and
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click on convert
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entities select this line and click on
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for
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construction and here we will add a
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point at the
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center and now we will switch to the top
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view of our model we will select the two
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point Corner
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rectangle and
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create a
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rectangle and from center of the slot to
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this is a 13 mm so we will select the
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smart Dimensions select this point and
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this point and give it 13
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mm cut is of 3
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mm so give it 3
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mm we want or to completely remove the
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material therefore we will give some
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approximate
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Dimension let's give
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30 now come out of the
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sketch press ctrol
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7 select the sketch click on extrude
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Cut and from drop down select through
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all say
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okay now if you see our model here at
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the top there is a drill of a 3 mm at a
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distance of a 20 so for this we will go
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to the reference geometry select plane
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select the surface of uh our round
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profile and from drop
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down select this top
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plane and from here select the parallel
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relation now we will select This Plane
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and click on the whole
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Wizard and from here we will select the
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3mm drill
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size go to the
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position and we will add our hole
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Now set it as a top view and now we will
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constrain it so first we will give the
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distance which is of a 20 select smart
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dimension
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and uh give it a 20
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mm and now select the origin point and
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our whole
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point and add a vertical
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relation now we will go to the whole
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type and from here we will select
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blind and we will keep approximate
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distance
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because this hole should open in our
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round profile but we can Define it to
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the up to the surface we will select in
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surface and click on
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okay now we will hide our
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plane press crl 7 so this is how we have
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a model bearing bracket in solid works
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and we have exactly made it as per our
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drawing so this is all about this
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tutorial thank you for watching and
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thank you for your valuable time