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FreeCAD Part Modeling Tutorial | FreeCAD Tutorial | 3D Modeling | Learn FreeCAD | Mechnexus |
Sep 20, 2025
#freecad #freecadtutorial #learnFreeAD In this video I have explained How to Model Part in FreeCAD with the help of part design Workbench. ▶️ 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
View Video Transcript
0:00
Hello friends, welcome to Frek tutorial
0:03
Hello friends, welcome to Frek tutorial
0:03
Hello friends, welcome to Frek tutorial and in this tutorial we will uh model
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and in this tutorial we will uh model
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and in this tutorial we will uh model this part from the scratch and uh this
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this part from the scratch and uh this
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this part from the scratch and uh this is a shaft and uh we have the 2D
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is a shaft and uh we have the 2D
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is a shaft and uh we have the 2D drawings.
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I will close this file and create a new
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I will close this file and create a new
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I will close this file and create a new file and I will show you.
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file and I will show you.
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file and I will show you. You can also visit my website
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You can also visit my website
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You can also visit my website macexus.com
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macexus.com
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macexus.com where I write articles and tutorials on
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where I write articles and tutorials on
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where I write articles and tutorials on free and you can read articles and
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free and you can read articles and
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free and you can read articles and tutorials in your language. Here I have
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tutorials in your language. Here I have
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tutorials in your language. Here I have provided the vast variety of language
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provided the vast variety of language
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provided the vast variety of language where you have to select the language
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where you have to select the language
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where you have to select the language and uh articles and tutorials will be
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and uh articles and tutorials will be
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and uh articles and tutorials will be get translated. Like here I have
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get translated. Like here I have
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get translated. Like here I have selected the French and you can see that
0:49
selected the French and you can see that
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selected the French and you can see that it got translated in a French.
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it got translated in a French.
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it got translated in a French. You can also follow the stepbystep
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You can also follow the stepbystep
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You can also follow the stepbystep tutorials guide on my website. For
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tutorials guide on my website. For
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tutorials guide on my website. For example, here is a part modeling
1:00
example, here is a part modeling
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example, here is a part modeling tutorial 145. And if you go on this
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tutorial 145. And if you go on this
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tutorial 145. And if you go on this tutorial, so here I have inserted the 2D
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tutorial, so here I have inserted the 2D
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tutorial, so here I have inserted the 2D drawings and I have uh inserted the
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drawings and I have uh inserted the
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drawings and I have uh inserted the respective stepbystep images with
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respective stepbystep images with
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respective stepbystep images with instructions to model the part.
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instructions to model the part.
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instructions to model the part. You can also access my mechanical 3D
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You can also access my mechanical 3D
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You can also access my mechanical 3D part library
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part library
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part library where I have inserted so many mechanical
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where I have inserted so many mechanical
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where I have inserted so many mechanical model.
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model.
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model. To access this part all you have to
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To access this part all you have to
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To access this part all you have to click on the image then you will be get
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click on the image then you will be get
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click on the image then you will be get directed to the Google drive where you
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directed to the Google drive where you
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directed to the Google drive where you will get the free get part as well as
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will get the free get part as well as
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will get the free get part as well as its 2D drawing.
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its 2D drawing.
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its 2D drawing. You can download this parts and modify
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You can download this parts and modify
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You can download this parts and modify it and use it in your projects. There is
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it and use it in your projects. There is
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it and use it in your projects. There is no any need to give the credits.
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no any need to give the credits.
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no any need to give the credits. This gallery is heavy so it might take
1:57
This gallery is heavy so it might take
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This gallery is heavy so it might take five to 10 second time to load it. You
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five to 10 second time to load it. You
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five to 10 second time to load it. You can also access my 2D drawing library
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can also access my 2D drawing library
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can also access my 2D drawing library where I have uploaded so many mechanical
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where I have uploaded so many mechanical
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where I have uploaded so many mechanical 2D drawing in the form of a PDF. You can
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2D drawing in the form of a PDF. You can
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2D drawing in the form of a PDF. You can click on the image then you will get the
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click on the image then you will get the
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click on the image then you will get the PDF version of a drawing.
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PDF version of a drawing.
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PDF version of a drawing. You can download this drawing and uh you
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You can download this drawing and uh you
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You can download this drawing and uh you can create 3D model
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can create 3D model
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can create 3D model with respect to the dimensions shown and
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with respect to the dimensions shown and
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with respect to the dimensions shown and uh you can also see that uh how I
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uh you can also see that uh how I
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uh you can also see that uh how I provided the technical details.
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provided the technical details.
2:35
provided the technical details. If you like my method of teaching and my
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If you like my method of teaching and my
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If you like my method of teaching and my contributions toward the 3D part library
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contributions toward the 3D part library
2:41
contributions toward the 3D part library of a free CAD, you can support me on
2:43
of a free CAD, you can support me on
2:43
of a free CAD, you can support me on coffi.com.
2:45
coffi.com.
2:45
coffi.com. You can buy me a cup of coffee. Your
2:48
You can buy me a cup of coffee. Your
2:48
You can buy me a cup of coffee. Your small support will help these channels
2:50
small support will help these channels
2:50
small support will help these channels to grow and it will motivate me to
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to grow and it will motivate me to
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to grow and it will motivate me to create more awesome content on a free
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create more awesome content on a free
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create more awesome content on a free cat. You can find my coffee donation
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cat. You can find my coffee donation
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cat. You can find my coffee donation link in a video descriptions and uh you
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link in a video descriptions and uh you
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link in a video descriptions and uh you can also see my coffi page URL on my
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can also see my coffi page URL on my
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can also see my coffi page URL on my website here.
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website here.
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website here. 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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So here I have created a new file and
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So here I have created a new file and first thing I will do is to insert my
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first thing I will do is to insert my
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first thing I will do is to insert my body and then I will on the origin plane
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body and then I will on the origin plane
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body and then I will on the origin plane and here we will uh create this part
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and here we will uh create this part
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and here we will uh create this part with the revolve tool in a single
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with the revolve tool in a single
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with the revolve tool in a single revolution. We will create it and then
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revolution. We will create it and then
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revolution. We will create it and then we will uh create this keyway profile
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we will uh create this keyway profile
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we will uh create this keyway profile and here is a drill to mount the shaft
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and here is a drill to mount the shaft
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and here is a drill to mount the shaft on a length machines to machine it. So
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on a length machines to machine it. So
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on a length machines to machine it. So these are the standard profile but uh we
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these are the standard profile but uh we
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these are the standard profile but uh we are not going
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are not going
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are not going in much more technical.
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in much more technical.
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in much more technical. Here is a detail view is given and we
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Here is a detail view is given and we
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Here is a detail view is given and we will do that. So let's uh first select
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will do that. So let's uh first select
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will do that. So let's uh first select the front plane and click on the sketch
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the front plane and click on the sketch
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the front plane and click on the sketch and uh let's off the origin plane.
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and uh let's off the origin plane.
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and uh let's off the origin plane. So here we will keep our origin here. So
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So here we will keep our origin here. So
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So here we will keep our origin here. So let's first
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create a line
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create a line
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create a line and total length of the shaft is of uh
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and total length of the shaft is of uh
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and total length of the shaft is of uh 153
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and we will select a polyline tool
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and we will select a polyline tool
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and we will select a polyline tool to
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to
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to start from the left hand side and we
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start from the left hand side and we
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start from the left hand side and we will go to the right hand side.
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will go to the right hand side.
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will go to the right hand side. So let's first
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So let's first
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So let's first create a rough profile.
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So this is the rough profile and uh now
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So this is the rough profile and uh now
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So this is the rough profile and uh now we will give one by one dimension from
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we will give one by one dimension from
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we will give one by one dimension from the left hand side. So here is a
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the left hand side. So here is a
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the left hand side. So here is a diameter 17 is given. So we will select
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diameter 17 is given. So we will select
5:06
diameter 17 is given. So we will select the smart dimension and simply type 17
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the smart dimension and simply type 17
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the smart dimension and simply type 17 and uh divide by two
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and let's make this line vertical.
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and let's make this line vertical.
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and let's make this line vertical. Select a smart dimension and uh provide
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Select a smart dimension and uh provide
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Select a smart dimension and uh provide it uh 19
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it uh 19
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it uh 19 and uh again select a smart dimension
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and uh again select a smart dimension
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and uh again select a smart dimension provide it 22
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provide it 22
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provide it 22 and let's make this line
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and let's make this line
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and let's make this line vertical. So select it and make it
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vertical. So select it and make it
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vertical. So select it and make it vertical.
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vertical.
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vertical. And now
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And now
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And now select smart dimension and provide this
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select smart dimension and provide this
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select smart dimension and provide this dimension is of uh
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dimension is of uh
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dimension is of uh 10 mm because
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10 mm because
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10 mm because diameter is of 20.
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diameter is of 20.
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diameter is of 20. Now move it to the down side and move it
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Now move it to the down side and move it
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Now move it to the down side and move it to the center.
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And now
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And now
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And now there is a step after this. And
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there is a step after this. And
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there is a step after this. And we will add a horizontal relation. Type
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we will add a horizontal relation. Type
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we will add a horizontal relation. Type the horizontal relation.
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the horizontal relation.
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the horizontal relation. And this is of 30 which we can see here.
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And this is of 30 which we can see here.
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And this is of 30 which we can see here. So we will give it a 30.
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and select this point and this point and
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and select this point and this point and
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and select this point and this point and add a
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add a
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add a horizontal relation.
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horizontal relation.
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horizontal relation. [Applause]
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Select this and this and add. So this
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Select this and this and add. So this
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Select this and this and add. So this cannot be accept as a horizontal or
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cannot be accept as a horizontal or
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cannot be accept as a horizontal or vertical relation. So let's move it
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vertical relation. So let's move it
6:51
vertical relation. So let's move it and
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So there is a problem with this. So what
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So there is a problem with this. So what
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So there is a problem with this. So what we will do? So here this diameter is of
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we will do? So here this diameter is of
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we will do? So here this diameter is of a 10. So we will select a small
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a 10. So we will select a small
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a 10. So we will select a small dimension at this point
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dimension at this point
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dimension at this point and provide it a 10 mm.
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and provide it a 10 mm.
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and provide it a 10 mm. And now
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we will uh delete this line and this one
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we will uh delete this line and this one
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we will uh delete this line and this one and uh make it vertical
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and uh make it vertical
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and uh make it vertical and uh
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and uh
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and uh select this point and this point and add
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select this point and this point and add
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select this point and this point and add a coincidence.
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a coincidence.
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a coincidence. So now if you see there is a one step is
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So now if you see there is a one step is
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So now if you see there is a one step is here then then this this is the upper
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here then then this this is the upper
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here then then this this is the upper than this surface then there is a step.
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than this surface then there is a step.
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than this surface then there is a step. So here if you see one step is missing.
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So we will delete this one.
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Now here if you see that uh there is a
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Now here if you see that uh there is a
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Now here if you see that uh there is a diameter 17. So
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diameter 17. So
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diameter 17. So we have made this line equal. So we will
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we have made this line equal. So we will
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we have made this line equal. So we will delete it.
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delete it.
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delete it. Select and delete it. And
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make it horizontal. And now
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give it a 17 / two.
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give it a 17 / two.
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give it a 17 / two. And now
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after this there is a step whose length
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after this there is a step whose length
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after this there is a step whose length is of 30. So we will again select the
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is of 30. So we will again select the
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is of 30. So we will again select the line tool
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and select a smart dimension. Select
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and select a smart dimension. Select
8:41
and select a smart dimension. Select this point and line and provide it 13 /
8:45
this point and line and provide it 13 /
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this point and line and provide it 13 / two
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two
8:47
two and this length is of 30
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and this length is of 30
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and this length is of 30 and then select this point and this
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and then select this point and this
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and then select this point and this point and add a coincidence.
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point and add a coincidence.
8:58
point and add a coincidence. Now here
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Now here
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Now here move this line
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move this line
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move this line and
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and
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and select a smart dimension from this point
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select a smart dimension from this point
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select a smart dimension from this point to this point is of 112. So we will make
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to this point is of 112. So we will make
9:14
to this point is of 112. So we will make it a reference.
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it a reference.
9:16
it a reference. And now
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And now
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And now this horizontal line is of 68.
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this horizontal line is of 68.
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this horizontal line is of 68. So here we will do one thing.
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So here we will do one thing.
9:26
So here we will do one thing. We will make this overall length
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We will make this overall length
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We will make this overall length reference and we will make it is as a
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reference and we will make it is as a
9:31
reference and we will make it is as a default dimension. Now let's move the
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default dimension. Now let's move the
9:35
default dimension. Now let's move the dimension so that uh you can clearly see
9:37
dimension so that uh you can clearly see
9:37
dimension so that uh you can clearly see it.
9:42
[Applause]
9:45
[Applause]
9:45
[Applause] So this is how we have uh created the
9:52
So this is how we have uh created the
9:52
So this is how we have uh created the sketch along this uh central axis. So
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sketch along this uh central axis. So
9:55
sketch along this uh central axis. So let's come out of the sketch
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let's come out of the sketch
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let's come out of the sketch and here we will select the revolve tool
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and here we will select the revolve tool
10:02
and here we will select the revolve tool and here we want to revolve around the
10:05
and here we want to revolve around the
10:05
and here we want to revolve around the x-axis. So select here x-axis and say
10:08
x-axis. So select here x-axis and say
10:08
x-axis. So select here x-axis and say okay.
10:10
okay.
10:10
okay. So we have made our base feature
10:14
So we have made our base feature
10:14
So we have made our base feature [Applause]
10:15
[Applause]
10:16
[Applause] and now
10:18
and now
10:18
and now here one thing is a mistake because this
10:22
here one thing is a mistake because this
10:22
here one thing is a mistake because this surface and this surfaces are not in a
10:25
surface and this surfaces are not in a
10:25
surface and this surfaces are not in a line.
10:28
So here if you see
10:31
So here if you see
10:31
So here if you see [Applause]
10:33
[Applause]
10:33
[Applause] this is of a 13 6.5
10:36
this is of a 13 6.5
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this is of a 13 6.5 and this is of a 10. So here
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and this is of a 10. So here
10:42
and this is of a 10. So here it will be the 8.5.
10:45
it will be the 8.5.
10:45
it will be the 8.5. So to do that we can simply select this
10:49
So to do that we can simply select this
10:49
So to do that we can simply select this and this point and add a horizontal
10:52
and this point and add a horizontal
10:52
and this point and add a horizontal relation.
10:54
relation.
10:54
relation. Now it has got updated because free CAD
10:57
Now it has got updated because free CAD
10:57
Now it has got updated because free CAD is parametric in nature.
10:59
is parametric in nature.
11:00
is parametric in nature. Now let's uh move to the next step. So
11:03
Now let's uh move to the next step. So
11:03
Now let's uh move to the next step. So next step if you see the isometric view.
11:06
next step if you see the isometric view.
11:06
next step if you see the isometric view. So there is a keyway
11:10
go to the isometric option and now let's
11:14
go to the isometric option and now let's
11:14
go to the isometric option and now let's on the origin plane.
11:17
on the origin plane.
11:17
on the origin plane. So here we will select the mid plane and
11:22
So here we will select the mid plane and
11:22
So here we will select the mid plane and uh then we will uh
11:25
uh then we will uh
11:25
uh then we will uh add a datam plane. Select it and add a
11:27
add a datam plane. Select it and add a
11:27
add a datam plane. Select it and add a data plane and provide it uh
11:31
data plane and provide it uh
11:31
data plane and provide it uh 8.5
11:35
and say okay and of the origin.
11:39
and say okay and of the origin.
11:39
and say okay and of the origin. And now
11:41
And now
11:41
And now move to the front plane. Select the data
11:44
move to the front plane. Select the data
11:44
move to the front plane. Select the data plane and click on the sketch
11:47
plane and click on the sketch
11:47
plane and click on the sketch and uh click on the project geometry.
11:54
And now go to the model tab.
11:57
And now go to the model tab.
11:57
And now go to the model tab. And uh now select the slot tool.
12:03
And
12:06
And
12:06
And now let's give the
12:09
now let's give the
12:09
now let's give the dimension. So if you see here this is
12:11
dimension. So if you see here this is
12:11
dimension. So if you see here this is the 5.5 and center to center is of a 9
12:14
the 5.5 and center to center is of a 9
12:14
the 5.5 and center to center is of a 9 mm. So select the smart dimensions.
12:18
mm. So select the smart dimensions.
12:18
mm. So select the smart dimensions. Select this construction line and this
12:20
Select this construction line and this
12:20
Select this construction line and this point
12:21
point
12:22
point and uh provide it a 5.5.
12:26
So here
12:28
So here
12:28
So here it has a over defined and uh
12:34
it has a over defined and uh
12:34
it has a over defined and uh let's select this point and this point
12:37
let's select this point and this point
12:37
let's select this point and this point and specific select horizontal dimension
12:41
and specific select horizontal dimension
12:41
and specific select horizontal dimension provide it 5.5
12:44
provide it 5.5
12:44
provide it 5.5 and uh select this point and this point
12:48
and uh select this point and this point
12:48
and uh select this point and this point and give a horizontal dimension of 9 mm
12:53
and give a horizontal dimension of 9 mm
12:53
and give a horizontal dimension of 9 mm and radius is of R2.5 five. So, give it
12:58
and radius is of R2.5 five. So, give it
12:58
and radius is of R2.5 five. So, give it a 2.5.
13:01
a 2.5.
13:01
a 2.5. And now,
13:03
And now,
13:03
And now, close it.
13:06
close it.
13:06
close it. Select the sketch. And now let's uh
13:09
Select the sketch. And now let's uh
13:09
Select the sketch. And now let's uh create a cut of 3 mm. Select it and
13:13
create a cut of 3 mm. Select it and
13:13
create a cut of 3 mm. Select it and click on the pocket.
13:15
click on the pocket.
13:15
click on the pocket. And uh say it three. Say okay.
13:19
And uh say it three. Say okay.
13:20
And uh say it three. Say okay. And now if you see the isometric view,
13:22
And now if you see the isometric view,
13:22
And now if you see the isometric view, there is a one slot on the other side.
13:26
there is a one slot on the other side.
13:26
there is a one slot on the other side. on the same data plane. So we will on
13:28
on the same data plane. So we will on
13:28
on the same data plane. So we will on the data plane select the data plane and
13:31
the data plane select the data plane and
13:31
the data plane select the data plane and click on the sketch and now click on the
13:35
click on the sketch and now click on the
13:35
click on the sketch and now click on the project geometry
13:38
project geometry
13:38
project geometry and uh
13:40
and uh
13:40
and uh select it
13:42
select it
13:42
select it and let's provide a dimension. Select
13:45
and let's provide a dimension. Select
13:45
and let's provide a dimension. Select the smart dimension. Select this and
13:48
the smart dimension. Select this and
13:48
the smart dimension. Select this and this and uh provide the 8 mm. So here is
13:53
this and uh provide the 8 mm. So here is
13:53
this and uh provide the 8 mm. So here is a redundant constraint.
13:55
a redundant constraint.
13:55
a redundant constraint. So select on it and uh simply deactivate
13:59
So select on it and uh simply deactivate
13:59
So select on it and uh simply deactivate it. Now select this point
14:03
it. Now select this point
14:03
it. Now select this point and uh provide the horizontal dimension
14:06
and uh provide the horizontal dimension
14:06
and uh provide the horizontal dimension of 8 mm.
14:09
of 8 mm.
14:09
of 8 mm. Select this and this
14:13
Select this and this
14:13
Select this and this and this is of 16 mm.
14:16
and this is of 16 mm.
14:16
and this is of 16 mm. radius if you see so this radius is of
14:20
radius if you see so this radius is of
14:20
radius if you see so this radius is of R3
14:26
now let's come out of the sketch
14:31
now let's come out of the sketch
14:31
now let's come out of the sketch go to the model tab and now select the
14:34
go to the model tab and now select the
14:34
go to the model tab and now select the sketch click on the pocket and uh
14:37
sketch click on the pocket and uh
14:37
sketch click on the pocket and uh provide the depth of 3 mm
14:41
provide the depth of 3 mm
14:41
provide the depth of 3 mm say okay
14:43
say okay
14:43
say okay now switch to the isometric view and
14:46
now switch to the isometric view and
14:46
now switch to the isometric view and Let's save our part.
14:49
Let's save our part.
14:49
Let's save our part. So I will give it a revision
14:53
So I will give it a revision
14:53
So I will give it a revision R1.
14:56
R1.
14:56
R1. And now
14:59
And now
14:59
And now now here we will create this hole.
15:03
now here we will create this hole.
15:03
now here we will create this hole. So we will rotate it. Select the face
15:05
So we will rotate it. Select the face
15:06
So we will rotate it. Select the face and click on the sketch
15:08
and click on the sketch
15:08
and click on the sketch and uh select the circle and uh create a
15:13
and uh select the circle and uh create a
15:13
and uh select the circle and uh create a circle of uh 6 mm.
15:19
And uh let's come out of it. Select the
15:22
And uh let's come out of it. Select the
15:22
And uh let's come out of it. Select the sketch. Click on the pole
15:25
sketch. Click on the pole
15:25
sketch. Click on the pole and uh isometric regular profile.
15:29
and uh isometric regular profile.
15:29
and uh isometric regular profile. [Applause]
15:31
[Applause]
15:31
[Applause] And uh here
15:33
And uh here
15:33
And uh here if you see in a detail view so this is
15:36
if you see in a detail view so this is
15:36
if you see in a detail view so this is of M6 thread of uh thread depth of
15:42
of M6 thread of uh thread depth of
15:42
of M6 thread of uh thread depth of 15 mm. So here
15:47
15 mm. So here
15:47
15 mm. So here we will select the M6 from the drop-down
15:50
we will select the M6 from the drop-down
15:50
we will select the M6 from the drop-down and we'll give the depth 15 mm
15:58
and here here are the multiple options
16:03
and here here are the multiple options
16:03
and here here are the multiple options which uh you can choose like uh thread
16:07
which uh you can choose like uh thread
16:07
which uh you can choose like uh thread threaded so let's on the threaded so
16:11
threaded so let's on the threaded so
16:11
threaded so let's on the threaded so here we are giving the thread distance
16:14
here we are giving the thread distance
16:14
here we are giving the thread distance of 15 mm which means that we have to
16:17
of 15 mm which means that we have to
16:17
of 15 mm which means that we have to make drill distance more than threaded
16:20
make drill distance more than threaded
16:20
make drill distance more than threaded length. So our depth will be 20 mm and
16:25
length. So our depth will be 20 mm and
16:25
length. So our depth will be 20 mm and here
16:26
here
16:26
here whole depth we will uh give the
16:29
whole depth we will uh give the
16:29
whole depth we will uh give the dimensions. So threaded will be the 15
16:32
dimensions. So threaded will be the 15
16:32
dimensions. So threaded will be the 15 mm.
16:34
mm.
16:34
mm. So here we can uh assume that this is of
16:38
So here we can uh assume that this is of
16:38
So here we can uh assume that this is of 5 mm.
16:39
5 mm.
16:39
5 mm. Now say okay.
16:43
Now say okay.
16:43
Now say okay. Now if we wanted to see it whether we
16:47
Now if we wanted to see it whether we
16:47
Now if we wanted to see it whether we have made it correct or not. So we can
16:49
have made it correct or not. So we can
16:49
have made it correct or not. So we can uh see it in a wireframe view. If it in
16:53
uh see it in a wireframe view. If it in
16:53
uh see it in a wireframe view. If it in a wireframe view if it is uh not clear
16:57
a wireframe view if it is uh not clear
16:57
a wireframe view if it is uh not clear then you can do one more thing. You can
17:01
then you can do one more thing. You can
17:01
then you can do one more thing. You can go to the view and click on the
17:03
go to the view and click on the
17:03
go to the view and click on the persistent sections and select this Y.
17:07
persistent sections and select this Y.
17:07
persistent sections and select this Y. And now if you see here,
17:11
And now if you see here,
17:11
And now if you see here, so here threaded is of a 15 mm. So it
17:15
so here threaded is of a 15 mm. So it
17:15
so here threaded is of a 15 mm. So it will come something here. And our drill
17:18
will come something here. And our drill
17:18
will come something here. And our drill is a 5 mm extra.
17:21
is a 5 mm extra.
17:21
is a 5 mm extra. Now here
17:25
let's uh off the sections. Now if you go
17:28
let's uh off the sections. Now if you go
17:28
let's uh off the sections. Now if you go in a whole wizards and if you want to do
17:31
in a whole wizards and if you want to do
17:31
in a whole wizards and if you want to do something more with the whole so here
17:34
something more with the whole so here
17:34
something more with the whole so here you can on the model thread
17:37
you can on the model thread
17:37
you can on the model thread and you can click on the update thread
17:39
and you can click on the update thread
17:40
and you can click on the update thread view.
17:41
view.
17:41
view. So you will able to see the thread
17:44
So you will able to see the thread
17:44
So you will able to see the thread inside of it and you can clearly see
17:47
inside of it and you can clearly see
17:47
inside of it and you can clearly see that uh there is a 5 mm
17:51
that uh there is a 5 mm
17:51
that uh there is a 5 mm non-threaded portion which is this one.
17:55
non-threaded portion which is this one.
17:55
non-threaded portion which is this one. So here we can uh say okay
18:00
So here we can uh say okay
18:00
So here we can uh say okay but it is not recommended because it
18:03
but it is not recommended because it
18:03
but it is not recommended because it takes time. Now
18:06
takes time. Now
18:06
takes time. Now let's off the main body and see the
18:09
let's off the main body and see the
18:09
let's off the main body and see the section. So now you can see that uh
18:14
section. So now you can see that uh
18:14
section. So now you can see that uh this is the threaded
18:17
this is the threaded
18:17
this is the threaded shown here in a drawing and we have uh
18:19
shown here in a drawing and we have uh
18:19
shown here in a drawing and we have uh shown here but we will uh off this model
18:24
shown here but we will uh off this model
18:24
shown here but we will uh off this model thread because it takes time to update
18:27
thread because it takes time to update
18:28
thread because it takes time to update it
18:30
it
18:30
it and say okay. So it got now I will off
18:35
and say okay. So it got now I will off
18:35
and say okay. So it got now I will off the sections and uh I will on my body.
18:38
the sections and uh I will on my body.
18:38
the sections and uh I will on my body. Now
18:41
Now
18:41
Now let's move to the next feature. So next
18:43
let's move to the next feature. So next
18:43
let's move to the next feature. So next feature is to view the chamfer of a 2
18:46
feature is to view the chamfer of a 2
18:46
feature is to view the chamfer of a 2 mm.
18:47
mm.
18:47
mm. So we will select it and click on the
18:51
So we will select it and click on the
18:51
So we will select it and click on the chamfer. Define the chamfer size of a 2
18:54
chamfer. Define the chamfer size of a 2
18:54
chamfer. Define the chamfer size of a 2 mm and say okay.
18:57
mm and say okay.
18:58
mm and say okay. Now
18:59
Now
18:59
Now here if you see there is a fillet of R2.
19:02
here if you see there is a fillet of R2.
19:02
here if you see there is a fillet of R2. So I will press the control key and uh
19:06
So I will press the control key and uh
19:06
So I will press the control key and uh select the both the edges and go to the
19:08
select the both the edges and go to the
19:08
select the both the edges and go to the fillet
19:09
fillet
19:10
fillet and
19:12
and
19:12
and say okay. So here if you see on a 2 mm
19:16
say okay. So here if you see on a 2 mm
19:16
say okay. So here if you see on a 2 mm it is failing. So we will make it 1.99
19:22
it is failing. So we will make it 1.99
19:22
it is failing. So we will make it 1.99 and let's see.
19:25
and let's see.
19:25
and let's see. So the problem is that when you make it
19:27
So the problem is that when you make it
19:27
So the problem is that when you make it 2 mm this age gets merged and our fillet
19:31
2 mm this age gets merged and our fillet
19:31
2 mm this age gets merged and our fillet gets broke. Now
19:34
gets broke. Now
19:34
gets broke. Now let's move the other side we will make.
19:44
So on this face we will uh create a
19:46
So on this face we will uh create a
19:46
So on this face we will uh create a sketch and here if you see this detail
19:50
sketch and here if you see this detail
19:50
sketch and here if you see this detail is not given on a drawing. So we will
19:54
is not given on a drawing. So we will
19:54
is not given on a drawing. So we will assume it. So if we zoom it, we will
19:57
assume it. So if we zoom it, we will
19:57
assume it. So if we zoom it, we will consider is of
20:01
consider is of
20:01
consider is of M2 hole.
20:04
M2 hole.
20:04
M2 hole. Select it and provide it a 2 mm. Come
20:07
Select it and provide it a 2 mm. Come
20:07
Select it and provide it a 2 mm. Come out of it.
20:09
out of it.
20:09
out of it. And now select the sketch. Click on the
20:12
And now select the sketch. Click on the
20:12
And now select the sketch. Click on the goal. And we will select isometric
20:16
goal. And we will select isometric
20:16
goal. And we will select isometric regular and say M2.
20:19
regular and say M2.
20:19
regular and say M2. And uh dimension I will provide the 5 mm
20:24
And uh dimension I will provide the 5 mm
20:24
And uh dimension I will provide the 5 mm and say okay.
20:27
and say okay.
20:27
and say okay. And now
20:31
let's provide a chamfer of 0.5. Select
20:34
let's provide a chamfer of 0.5. Select
20:34
let's provide a chamfer of 0.5. Select it. Give the chamfer
20:36
it. Give the chamfer
20:36
it. Give the chamfer of 0.5
20:39
of 0.5
20:39
of 0.5 and say okay.
20:43
and say okay.
20:43
and say okay. And now
20:48
let's provide the other details.
20:53
Let's move to the isometric.
20:55
Let's move to the isometric.
20:55
Let's move to the isometric. And now here we can see that 1.5 chamfer
20:59
And now here we can see that 1.5 chamfer
20:59
And now here we can see that 1.5 chamfer on the both the end of the shaft. So I
21:03
on the both the end of the shaft. So I
21:03
on the both the end of the shaft. So I will rotate my model. Press control key
21:06
will rotate my model. Press control key
21:06
will rotate my model. Press control key and select these two edges
21:09
and select these two edges
21:09
and select these two edges and click on the chamfer and I provide
21:13
and click on the chamfer and I provide
21:13
and click on the chamfer and I provide 1.5.
21:16
Now set to the isometric view.
21:19
Now set to the isometric view.
21:19
Now set to the isometric view. So you can see that uh we have uh
21:22
So you can see that uh we have uh
21:22
So you can see that uh we have uh successfully
21:24
successfully
21:24
successfully modeled this shaft
21:27
modeled this shaft
21:27
modeled this shaft from the scratch.
21:29
from the scratch.
21:29
from the scratch. And this is a very simple tutorial to
21:34
And this is a very simple tutorial to
21:34
And this is a very simple tutorial to model the
21:37
model the
21:37
model the very simple shaft with some drill holes
21:40
very simple shaft with some drill holes
21:40
very simple shaft with some drill holes details and uh
21:43
details and uh
21:43
details and uh you can provide some minor details like
21:45
you can provide some minor details like
21:45
you can provide some minor details like a chamfer which I have not shown in this
21:49
a chamfer which I have not shown in this
21:49
a chamfer which I have not shown in this tutorial but overall we have achieved
21:52
tutorial but overall we have achieved
21:52
tutorial but overall we have achieved the shape as per the isometric view. So
21:55
the shape as per the isometric view. So
21:55
the shape as per the isometric view. So this is all about this tutorial. Thank
21:58
this is all about this tutorial. Thank
21:58
this is all about this tutorial. Thank you for watching and uh thank you for
22:01
you for watching and uh thank you for
22:01
you for watching and uh thank you for your valuable time.
22:03
your valuable time.
22:03
your valuable time. [Music]
22:21
Heat.
22:33
Heat.
22:38
[Music]