All language subtitles for Learn CATIA V5 from basics

Hello guys and welcome to my channel Knowledge Resurrection.

Today we are going to learn KTRW5 software.

This software is used in almost every automotive company in design and assembly of various components.

I am going to explain everything from the basics so even a bender can understand it perfectly.

Okay so let's start.

So when you open your KTRW5 application, the interface will look something like this.

Okay. Now here this thing is called the Men Menu.

And we are going to start part designing first.

We are going to learn the tutorial in this manner.

First we are going to learn about how to sketch.

Then we are going to learn about part modeling.

And then we are going to learn that how you can assemble those parts.

Let us assembly.

So see here in the main menu if you click on start, you can get all the switches which KTR provides.

So we are going to use mechanical design and part design first.

Okay. So we are going to click on this part.

Now here it is coming enter part name.

You can enter whatever the name you want of your part.

Okay. I am going to set it as part one only.

Click.

Okay.

So the interface will look something like this to you now.

Now see I know there are so many tools but don't get freak out by this because it is very easy to understand.

And I will explain you all these tools one by one.

Okay. In a very basic manner.

So let's start.

On the left hand side, top left side.

There you can see a tree branch tree which tells you like this is our part one.

And this is xy plane yz plane zx plane.

As you highlight xy plane, see there is a blue highlight coming on these planes.

Okay. So you can know which plane is this.

This is yz plane.

Okay. It has it is highlighted in orange color when I click on this plane.

Okay.

So now we are going to start sketching.

So to start sketching we have to select this tool.

This is called sketch tool.

Okay. Now I am clicking sketch tool.

Now where you want to sketch, you have to select a plane to sketch.

So I am suppo selecting xy plane to sketch.

When you select xy plane to sketch, the screen will come normal to the xy plane.

And this is the sketching screen.

Now here, see these are all the tools available for sketching in this portion of the window.

Okay.

Now let's you can also drag this tools into your screen.

Like this is operations you can click here and drag this into screen.

This profile.

This is constraint tools.

Okay. And you can put it back together also.

So this is up to you.

How you want to arrange your tools?

Okay.

I am going to set it as like this.

Okay. It doesn't matter.

So let's see.

First of all, let's understand this all the tools one by one.

So this is the profile tool.

Okay.

Now let's click on this tool.

Now what profile tool does is when you click a point, it comes a line.

When you click the line ends.

Now again you click another line comes.

Okay.

So in this way you can make a profile of your own choice by clicking and creating lines.

Okay.

Now when you want to end it in a closed loop, just click on the starting point.

So here it become a closed profile.

Okay.

So this tool, this profile tool helps you to create a profile of a desired geometry or whatever you want.

Now let's move to another tool.

But before moving to another tool, I want to tell you one more important thing.

How you can drag by using mouse, how you can zoom and how you can rotate your planes.

Okay.

So see, let's see how you can drag the screen.

So for dragging you have to click the scroll button of your mouse.

Click the scroll button of the mouse and move the mouse.

So in this way you can drag any part of your screen.

Okay.

Keep the scroll button clicked.

Okay.

Now to rotate your part, what you have to do is you have to click the scroll button.

And you have to right click and you have to press the right click button.

Okay.

So the circle will come look like something like this.

Now you have to rotate your mouse.

Keep holding the scroll button and right click button.

So in this way you can rotate.

Okay.

Now what if you want to zoom or zooming what you have to do is keep clicking the scroll button.

Okay.

Hold the scroll button and just click the right mouse button.

Just click it once.

Okay.

Like this.

So see the cursor has become an arrow up to an arrow.

Now if you move your mouse up, it will zoom.

If you move your mouse down, it will zoom out.

Okay.

So once again for dragging, keep holding the scroll button of the mouse and drag your mouse.

If you want to rotate, keep holding a scroll button and keep holding the right click button.

Okay.

And then you can rotate.

If you want to zoom, just keep holding the scroll button and then press the right mouse button once.

And then press, it moves your mouse up and down.

In this way you can zoom in or zoom out.

Okay.

If this seems harder for you, then here are the other options where you can use here.

See this is plus and minus sign is the given.

So if you click plus, it will zoom in.

If you click minus, it will zoom out.

And this thing, this thing is called normal view.

So if you click this, it will come normal.

The screen will, the plane will come normal to your screen.

Okay.

And if you want to select an isometric view or any other view, you can select from here.

See, this is an isometric view.

It's front view, this is back view.

So I want to select isometric view.

So this is the isometric view.

Okay.

Now let's get back to the normal view.

Okay.

Now see, here the tree is coming.

So I've created a part body.

If I click on this plus symbol, here a sketch is coming.

Sketch 1.

This is my sketch 1, what I've created.

So whatever I'm creating here, we'll show in this tree in a sequence manner.

Sequence to matter.

Okay.

Let's move to another tool.

Okay.

If you want to delete this tool, if you want to delete this sketch,

then you can just select the whole sketch and press delete button.

Okay.

Okay.

Now I'm dragging this screen.

Okay.

Now let's see these things, these options.

This is rectangle.

So let's see how you can make a rectangle.

Click on the rectangle.

Okay.

Now see, here also there are different types of rectangle.

Okay.

So let's see, this is the basic rectangle which I clicked.

So if you click the rectangle, what you can do is you can click on any point in screen.

And then move your mouse.

So a rectangle will be formed like this.

If you click again, the rectangle will be formed.

Okay.

It will be done.

The rectangle has been made.

Okay.

So in this way, there are various types of rectangle.

This is a rectangle.

This is oriented rectangle.

This is a pedogram.

Let's see what an oriented rectangle is.

Okay.

I have selected the oriental or interact rectangle.

Now if you click once, okay.

And if you click once again, one side of rectangle is formed.

Now if you move your mouse, you just have to choose the length of the rectangle.

And the rectangle will be formed.

Look how oriented it is an angle to the x-axis.

Okay.

So this is an oriented rectangle.

So here are various types of rectangle pedograms are there.

You can try each feature with by your own.

It's very simple to understand.

Let's see what an hexagon is.

Okay.

So hexagon what you have to do is click a point.

Okay.

Now move your mouse.

A hexagon will be created.

Click once again.

And you have created a hexagon.

It's that simple.

Okay.

Now this is important.

Okay.

Now you can see the rectangle.

Okay.

Now this is important feature center rectangle.

Center rectangle what it does is let's let's see.

So if you click on a point, this point is known as the center of the rectangle.

What we are going to create.

Now let's move your mouse.

See that point is the center.

And now you are moving the rectangle away from the center.

Okay.

Just click here.

A random size rectangle has been formed from the center.

Okay.

Now this is center point rectangle pedogram.

Okay.

Same feature.

Now what you have to do if you want to constrain this rectangle.

If you want a rectangle of a fixed size of a desired size of your own.

Okay.

Suppose I want this side to be some value which you want your value.

Okay.

So for that constraint, you have to click this option.

This is called constraint.

Click on this constraint and select this side.

So it is coming.

Click once again.

So it is coming 82.509.

What if I want this to be 50.

I will click on this 82.509 and you can change this value to your desired value.

I am typing 50 and clicking.

Okay.

So this side has become 50 centimeter.

Now this centimeter and I am how do you know.

So first you have to check the unit.

Okay.

This is the important thing.

Whenever you are starting a sketch, first check what unit you are into.

Okay.

So for that, click on tools.

Then click on options.

Okay.

Now this option window is coming.

Now what you have to do is you have to select this parameters and measure window.

Okay.

If it is in general, you have to select this parameters and measure.

Okay.

Click here.

Now this window will come.

Now click on units.

Okay.

So see here, length millimeter is selected.

Okay.

If you want to change, you can change it from here.

So I want millimeter only.

Okay.

So click.

So what is this 50?

This 50 is 50 mm.

Okay.

Okay.

Okay.

Okay.

Okay.

Okay.

Again, you want to constraint this side.

So click on constraint.

Select this side and you can constraint it.

If you want to change the value, just double click and type whatever the value, whatever

value you want.

Suppose I want 20 and click okay or press enter.

So I have made a rectangle of length 50 and height 20.

Okay.

In this one, you can constraint.

And whenever you want to constraint, you have to click constraint and then click on

the side.

If you want to constraint this side, then you again, you have to click constraint and then

this side.

But what if I want to constraint at the same time means I don't want to press constraint

again and again.

So what you can do is you can log this tool.

So to log this tool, just double click it.

This tool has been logged.

Now all you have to do is select the side and constraint and select the side and constraint

it.

Select the site and constraint.

Select the site and constraint in this way.

This is the faster process.

And if you want to deselect it, just click it again or press escape.

Now I am selecting this all and I am pressing the delete button to clear my screen.

Okay.

Okay.

Let's move to the next tool.

This is what this is a circle.

Circle is also simple.

Just click once again.

Okay.

This is the center of the circle.

Now move your mouse.

Okay.

A circle has been made.

Now what if you want, what if you want this circle to be of a certain diameter or of a

certain radius.

So for that defining the constraint, you have to click constraint and click the circle.

CD is coming.

D86.64.

D is diameter.

Click once.

Okay.

Now if you want this diameter to be 100, double click here and type 100 here, 100 mm.

Okay.

So circle 400 mm has been created now.

Okay.

Let's see other tools.

What is this?

This is three point circle.

Three point circle is nothing but you have to choose three points on a circle.

So when I click once, this is my first point, when I click second, this is my second point.

And third point basically you decide the radius of the circle.

So when you click again, this is the three point circle, which you have made by choosing three

points on the plane.

And the one more important thing is arc.

Okay.

You can also try the rest of the tools.

It's very simple.

You just have to click and try.

I am telling you the important ones over at see what an art does.

Okay. So I have clicked once in the screen.

A circle is coming.

Okay.

But because my art will be a part of the circle, that's why circle is coming.

I click once again.

Okay.

Now let's see.

Move your mouse and you can make a arc of your desired length.

Okay.

What if I want the radius of art to be specific value so I can click here constraint and again

fix this value, the radius of the arc.

Suppose I want this to be 10.

So I'm clicking here, I am pressing the value 10 enter.

So this is my 10 radius arc.

Okay.

Now this is spline.

Spline is basically curved line.

Okay.

Like this.

Just keep clicking the mouse and move your mouse.

Okay.

Clicking the left.

Keep clicking the left button and move your mouse.

And this way you can create a spline of your desired shape.

Okay.

If you want to close this plane, then click on again.

And it on the starting point.

Okay.

And press escape if you want to.

What of the spline tool like this?

Okay.

Now what is this?

This is ellipse ellipse is basically nothing but if you click a point and if you click a

point, okay.

Two points on a plane.

So this will be the length of the ellipse.

Okay.

This set of the ellipse.

What about the height?

You can adjust the height by moving mouse up and down.

Okay.

So I have adjusting the height by moving a mouse up and down.

Now this is a random ellipse.

Okay.

I want this to be a specific size.

Okay.

So what I'm doing?

I'm again choosing a constraint.

Now I can choose this length of the ellipse.

Okay.

I'm letting it be 100 mm.

Yeah.

So I'm typing 100 enter.

Now I want the height also to be of my desired value.

So I'm clicking this point and this point.

Suppose from the height will be.

Okay.

I'm double clicking.

I'm typing 50.

I hit 50 mm.

So this is a circle.

Why?

Because the length and the height is equal.

100 and the height is also 100.

So the ellipse has become a circle.

In this way you can design.

Okay.

Also if I type like 25.

25.

Okay.

Now it looks more like ellipse.

So in this way you can make any shape of your desired size.

Okay.

By clicking the constraint button here.

Okay.

Now let's again figure the screen.

Okay.

You can also select all this other tools.

Like parabola, hyperbola, konic section.

Okay.

So you can try this on your own.

It's nothing.

Not a big deal.

Okay.

Now let's see the line tool.

Click on the line tool.

Line tool is simple.

Click once.

It is the starting of line.

Click again.

It is the end of the line.

Okay.

Let's see what are other lines.

Options available in finite line.

In finite line is nothing but.

I infinite line on the screen.

Suppose you want this horizontal line.

So you just have to click once.

A horizontal line will be created.

What if you want a vertical line?

Click on this line tool.

And see here V is coming vertical.

So click on this V vertical line.

So you can get a vertical line here.

Okay.

Also if you undo just undo any tool or undo any process.

Just press control z. Control z. Control z. Control z.

Okay.

So in this way you can try different types of lines also.

What is this?

This is axis axis or you can call this reference lines or.

Call it reference line also.

So on axis you can just.

This line is a dotted line basically like this.

It is used for a reference.

Do something to draw something.

So this is the axis.

This is how you can draw axis.

Okay.

So let's clear the screen once again.

And this is simply a dot or a point.

Okay.

It does nothing but it puts a point on a plane.

Okay.

Let's delete this.

Okay.

Now let's move forward.

These are the basic tools of the sketching process.

You will require these tools to draw any desired shape or desired profile.

Okay.

So now let's move forward and let's take one more step like steady these tools.

We are going to study these tools corner chamfer.

Okay.

This one.

This one is for constraint.

Okay.

This one we have already done it.

These things.

Now we are going to use these things.

Okay.

These are also important things.

This is corner.

What is corner?

Let me tell you.

Suppose I draw a center triangle here.

A center triangle I have drawn.

Okay.

Now what I am doing is I am choosing this side.

I am holding the control key and I am also choosing this side.

Now I am pressing the corner button corner tool here.

Okay.

So what it does is it gives a feel to the corner.

Okay.

Like this.

You can give a feel to a corner of a desired radius.

You can change this radius.

Double click it.

And put the whatever value you want.

Okay.

So the corner tool what it does is it gives a feel to the corner of a rectangle or a

any corner of a particular profile like this.

And this is what this is chamfer.

Chamfer is nothing but if you click these two lines it will provide a straight line between

them.

Okay.

Feel it is a curve and chamfer is a straight line like this.

You can also change the angle of the chamfer and the size of the.

Side which is chamfered from here.

Okay.

Now let's all let's again once again delete this profile.

Now I am choosing this profile tool and I am drawing some random profile like this.

Okay.

Any random profile you can read.

Okay like this.

I created a random profile.

Now I am going to see this tool.

This is called trim tool.

Okay.

Trim tool.

Here it is coming trim.

Okay.

And this trim tool also so many options are coming.

Two are very important.

Okay.

Let's see what the first option does.

I am choosing this one first option trim.

Okay.

So suppose if you want this line.

Okay.

This complete line.

Okay.

But you but suppose you change your mind and you want to remove this part of the line.

Okay.

You want only this line.

You want to remove this part of the line.

So you click this line.

Okay.

And now you select you move your mouse up to where you want the line.

Okay.

And click again.

This portion of the line is created.

If this is difficult for you then there is a simpler option for trimming.

Okay.

I am pressing controls that this was my previous figure original figure.

Now I am choosing here this option.

This is called quick trim.

What quick trim traces.

Whatever portion you want to trim just click on it.

Okay.

I clicked on it.

It got I choose again the trim option.

I clicked this.

It got trimmed.

I choose again the trim option.

I click this and got trimmed.

So whatever the part of the profile you want to trim just click the trim tool and just

press the part wherever whichever you want to trim.

Okay.

Like this.

This is useful when you want to remove certain specific part of your profile.

So this was the trim tool.

Okay.

Now let's see the next tool next to the trim tool.

Okay.

So here it is first is mirror.

Then see my tree.

Okay.

Let's go one by one.

First we are understanding mirror how to mirror things.

Okay.

Now let's suppose I have drawn a circle here.

Okay.

This circle here.

I have drawn a circle here on the screen.

Now what I am doing is I am choosing this axis or reference axis here.

Now what I want is I want this circle mirrored about this axis in this side.

Okay.

I can select this circle.

Okay.

I can choose this mirror option mirror.

Okay.

And from where I want to mirror this about which thing I want to mirror this.

I want to mirror this circle about this axis.

Click on this axis.

And the circle will be mirrored.

Okay.

It is very simple.

I am dragging this above by pressing the scroll button.

Now I want these two circles to be mirrored about another axis which I am going to draw now.

Okay.

I want these two circles to be mirrored about this axis.

So what I can do is I can press this circle.

I will cut the control.

I can select this circle.

And I can choose this mirror option here.

Mirror.

Okay.

About which axis I want to mirror.

About this axis.

So click on this axis.

So this circle will be mirrored down the axis.

Okay.

So in this way you can use the mirror option.

Let me clear the screen.

Now what if you want to mirror but you want to delete the original and you want to keep only

the mirrored part.

So for that this option is there.

Cmit tree.

Okay.

Let's see.

I suppose I will again draw a circle.

Okay.

I draw a difference line.

Okay.

I want to mirror this circle about this line but I want to delete this circle.

I just want to keep my mirrored circle.

So I can choose this circle.

I can choose this symmetry option.

Okay.

And I can select this axis.

So this circle is symmetry about symmetrical about this axis but the original circle is deleted

now.

When for this command for this tool you can use the symmetry option.

Okay.

If you want to do this.

In this this is translate.

Translate is nothing but if you want to move things this is rotate which I already told

you by mouse.

Scale is nothing but if you want to change the scale of the if you want to make it bigger

or smaller offset offset is important.

Okay.

Let's select.

Let's see what this offset option does.

Suppose you created a line.

Okay.

Suppose you created a line like this.

Now you want to move this line upward or downward or if you want to offset it at a distance.

You can just select this offset tool.

Now see.

A dotted blue line is coming so you can offset this line wherever you want at how much

distance you want.

You can again change the distance.

As per your required value I am suppose I am giving this to 50.

Okay.

So this line is offset 50.

Okay.

So by this offset tool.

So this was the important function of the offset tool.

Okay.

So these features are all important while drawing any sketch for a part.

Okay.

So try to practice sketching by drawing any desired profile which comes to your mind by using

all these tools and you will get familiar with all these tools very quickly.

Okay.

Now let's clear this window.

So there is one more important thing which I need to talk about.

It's called the fully defined constraint.

Okay.

What it means is like suppose you have drawn a rectangle here.

You have drawn a rectangle here.

Okay.

A corner rectangle.

Now see.

This corner rectangle is now not defined because why because this side and this side is not

fixed why because we have to define the value.

How big it is?

What is the size of this thing?

So you can move the rectangle wherever you want.

Okay.

Like this.

It is not fixed.

The size is not fixed.

So what you have to do to constraint this rectangle you have to provide the size.

Okay.

Of the rectangles for that you have to.

You have to give this side as something whatever you want like 50.

This thing.

Okay.

And you want to constraint again click on constraint and you want to give the length of the

rectangle.

Suppose I want it 100.

Now see this whole figure is green colored green colored.

Okay.

Every side is green colored.

This means that this rectangle is fully defined.

And now whatever you do to move the rectangle it can't be moved.

Okay.

So before creating any part you have to make sure that your sketch is fully defined.

Okay.

This sketch is green colored.

Now see if I have created a circle like this.

Okay.

So what I have to do to fully define this circle.

First of all you have to provide the size of the circle.

What is the radius?

So for that I am giving the constraint and clicking the circle.

Then I am telling it's diameter to be 50 mm.

Okay.

Now see.

Even after giving the size of this circle the diameter 50 this circle is not fixed.

What does it mean?

It means that it is not fully defined.

Because see you can also move you can still move the circle wherever you want in the

screen.

It is not fixed.

So what you what you have to do to fix the circle you have to define this circle with respect

to a fixed point.

And we know that origin origin is always fixed in this plane.

So we can define this circle with respect to this origin.

For that what I am doing is I am clicking this constraint button.

And I am concerned.

I am selecting the center of the circle.

And this origin.

Okay.

Now you can see the distance between these two centers.

Okay.

These two points.

So I want to give the horizontal distance between these two points.

So I am doing what I am doing the right click button.

And I am selecting horizontal measure distance measure direction.

So it gives the horizontal direction.

Now I am setting the horizontal direction.

Suppose I want it to be 100 mm.

Click 100 mm.

Okay.

It is now also not green colored means it is not fully defined.

Why?

Because I can move this up and down.

Okay.

It is not constant in a wide direction.

What I am going to do.

I am going to click on the constant tool.

And I am going to select this center of circle and this origin.

And I am going to right click.

And I am going to give a vertical measure direction.

So I am going to giving this vertical measure direction as suppose 50.

Okay.

So now see this circle is green colored means it is fully defined.

For the defined means you cannot move this circle anymore.

Okay.

This is completely defined in this plane.

So this is an important concept.

And if you want to do a part modeling.

First of all, you have to make and you have to ensure that your sketch is fully defined.

Because it will not get you in trouble in the later stages of part modeling.

Okay.

So now let's see different types of constraints.

First, okay.

Now let's first see the constant constant coincidence.

What coincidence means is let me show you.

Okay.

Suppose I am choosing a line like this.

And I am choosing another line like this.

Oh, like this.

Okay.

Now what I want is I want this line to be coincident on this line.

So what I am going to do is I can click on this point.

And I can cut this the control button and also click on this line.

And I have to I am going to choose this thing.

Constraints defined in dialogue box.

Click on this.

Now you can see various types of constraints which can perform on the selected entities.

So I am going to choose click on this coincident.

So see this line is coincident on this line.

Click.

Okay.

So like this, you can use the coincident constraint.

Okay.

The other constraint is coincident to city.

Let's see how it works.

Suppose this is the circle and this is another circle like this.

Now what you want is which you want these two circles to be concentric.

That is they should have the same center.

So what I am doing is I am selecting both the circles.

I am pressing on this tool.

And I am selecting coincidences.

Oh no, sorry.

Coincentricity.

Okay.

Because they want their centers to be same.

And click on.

Okay.

See these circles are now concentric.

Another constraint is tangency.

Tangency.

Suppose I have drawn a line like this.

Okay.

Now what I want is I want this line to be tangent to this circle.

So I am selecting this line and this line.

And I am clicking on this constraint dialog box.

And I am clicking this tangency button.

This line is tangent to this circle.

Click.

Okay.

Now another thing is parallel.

Pedal thing like you can do one line.

Okay.

And draw another line like this.

But you want these two lines to be parallel.

Select these two lines.

Click on the constraint dialog box.

And you can select here parallelism.

Okay.

Click on this thing.

This two lines will be parallel.

Okay.

Now another thing is perpendicular.

It is like the same thing which can be done by lines.

Like a line is like this.

And the line is like this.

Okay.

Click on these two lines.

This line and this line.

And click on this constraint dialog box.

And click perpendicular.

So these two lines will be perpendicular.

Okay.

So in this way, you can use various constraints by choosing this constraint dialog box.

Okay.

Now you can also have more than one constraints.

So whatever constraints you want, just click on it and press.

Okay.

First you have to select what figure you have to constraint.

Okay.

What sketch you have to constraint.

So this is the constraint definition dialog box.

Okay.

Now I'm going to clear the screen.

Okay.

But first of all, I'm going to tell you one more less important thing.

Let's see.

Suppose I want to do isometric view.

So what I can do is I can choose this tool.

Okay.

Click on this.

It will be coming in isometric view.

Now see, this is a 3D compass.

Now what a 3D compass does is, suppose I told you how to drag.

Okay.

How to drag this and how to rotate this and how to zoom in or zoom out this.

Okay.

So you can also use this 3D compass to rotate.

Like suppose this thing.

If you want to rotate about ZXS, click here and move your mouse.

So it will be rotated around ZXS.

Okay.

If you want to drag along XXS.

So you can click on this XXS and you will move your mouse.

You can drag this in XXS.

Drag this in YXS.

You can drag this in ZXS.

Okay.

Rotate this in XY.

So you can use this 3D compass to rotate or drag.

Okay.

So this is how 3D compass also can be used.

But I will suggest to use mouse whenever you need to drag, rotate or zoom.

Okay.

And if you want normal, then you can just click this button.

This sketch will come normal.

Okay.

Okay.

So now let's move ahead and see how we can convert this sketches into parts.

First of all, I am going to clear the sketches on my screen.

Lefting or underwriting it.

Now, let's see how we can create a part with a sketch.

Okay.

So now what I am going to do is I am going to create a center of tingle on my screen.

Okay.

Like this.

And now I am going to exit my sketch.

To exit the sketch, you have to click this button.

Okay.

This tool exit sketch.

Exit once workbench.

Okay.

So when you come out of the workbench or the sketch, it looks something like this.

Okay.

Now what I want to do is I want to extrude this circle rectangle into a cuboid to make it

up as a part.

So I want to extrude it or to pad it.

You have to use the option pad.

So this is my pad tool which you can use to extrude the rectangle into a cuboid.

Okay.

So I am going to use this pad option.

So I am going to click on this pad.

A pad definition dialog box will come like this.

Okay.

So now let's see what up to what length I am going to extrude it.

So that you can type here.

Okay.

You can increase the length.

Or you can type any desired length what you want.

Okay.

So I want to see a preview of how it looks you can click here preview.

Okay.

So it looks something like this.

Now if you want to get this part made this part, then you can click here.

Okay.

If you are sure that this is the part you want, then you can click.

Okay.

So I have turned the rectangle into a cuboid.

It's a part now.

Basically I have turned a tool redrawing into the 3D drawing.

Okay.

Now let's see some more features of this pad.

Okay.

If I drop, if you click on the drop down button, you can see pad.

Okay.

You can see here drafted filleted pad and you can see multi pad.

We are mostly going to use the pad option only.

Now let's see if I want to draw a cylinder on the top surface of this cuboid.

So what I have to do is I have to click on this top surface to select the top surface.

Now I am going to click this sketch button here.

Sketch option this one.

When I am going to click this sketch option, it comes normal to the plane of the cuboid.

Now I can draw a cylinder for drawing a cylinder.

What I have to do is I have to draw a circle and then extrude it.

So what I am going to do is I am going to draw a circle here like this.

And I am going to exit this sketch again.

Okay.

Click here.

Now what I am going to do is I am again using pad option.

I am using pad.

And now I can give the length of this cylinder here.

Suppose I want it to be 50 only.

So I can click OK.

If you want to see a preview, you can click the preview.

And if you want to, if you are final with your design, then you can see click OK.

So like this, a cylinder is extruded on the cuboid.

Okay.

You can check this out by rotating the 3D object.

Okay.

By clicking, keep holding the right click button, scroll button together and moving your mouse.

Okay.

If you want to drag this, you can just click on the scrolling button.

Keep clicking it and move your mouse.

And if you want to zoom in and zoom out, then keep clicking this call button.

Just click the right click button, turn off the mouse once and then move your mouse up and down to zoom in and zoom out.

Okay.

The same thing which I called you earlier.

So in this way, you can create a 2D drawing into a 3D drawing.

Convert.

You can convert it.

Okay.

Let's see one more feature. Okay.

Suppose I want to create various sketches on this part of the design.

Okay.

This part of the cuboid.

So I am clicking this face.

Okay.

Now I am going to do a sketch on this face.

I am clicking the sketch option, a sketch tool.

Now, okay.

Let me drag it to the center of the screen.

Now what I am going to do is I am going to create some sketches here.

I am going to create a circle like this.

Okay. And also I am going to create a random profile here.

Something like this.

Okay.

Any random profile.

Okay.

And I am going to create one ellipse here.

Like this.

This big.

Okay.

Like this.

Now let's use the multi-pad feature.

Okay.

So for using the multi-pad feature, let's first exit this sketch.

Okay.

Now let's use the multi-pad feature.

Okay.

So for using the multi-pad feature, let's first exit this sketch.

Whenever you want to exit or whenever you want to add something,

you have to exit the sketch.

Click exit workbench.

Okay.

Now if you want to do 18 isometric view, you can click here.

Okay.

This is the isometric view.

But we are going to sketch.

We have reschedged on the right side, on the bottom side of the view.

So we are going here.

Okay.

Like this.

I am rotating it.

Like this.

Okay.

So you can see better.

Now what I am going to do is I am going to click on the drop-down menu of pet.

And I am going to select multi-pad feature.

Like this.

So in multi-pad feature, what you can do is you can give the length of extrusion of all the elements

of each of all the sketches you have drawn at once.

Like suppose if you have clicked on this one, this thing is highlighted.

This profile.

If you want this to extrude or if you want this to pad, suppose 30 mm.

So you can click on 30.

Okay.

Now I am clicking next.

This one.

This rectangle.

Suppose I am going to pad it 80 mm.

So I am going to click 80.

Now this thing ellipse.

I am going to pad it to 10 mm.

Like this and this circle.

I am going to pad to 60 mm.

Okay.

Now if you click preview.

So see all the different profiles have been paded.

And the length are all different, which you have given here.

So you can pad different profiles at the same time of different lengths by using the multi-pad

feature.

If you click okay, then it is done.

Okay.

So you are getting a part like this.

Okay.

So this is the pad and multi-pad feature, which will be the most common use tool by you.

If you want to draw any part.

Also, whatever you have used, the pad feature whenever you have used the pad feature, whatever

feature you have used, you can see on this pad, you can see on this tree, branch tree.

So this is my pad one.

Okay.

This is my pad two.

This is multi-pad what I have used.

And if you want to delete, you can just try to click and click delete.

Okay.

And you can click on okay.

Or you can just select this and press the delete button on your keyboard.

It will delete the pad feature or any feature which you want.

So now let's move to the other feature, which is the pocket feature or pocket tool.

So what I am going to do is I am going to click on this surface.

I am going to sketch on this surface.

And I am going to create a circular profile on this surface like this.

Okay.

Now I am going to exit it.

Exit this sketch.

And now I am using the pocket feature.

So pocket is the opposite of pad.

Pad is what creating something, creating adding the material.

Okay.

Pocket is what removing the material.

So if I select this pocket feature, what it does is it removes the element in a cylindrical

form.

So I have drawn a circle to remove the element in a cylindrical form.

So now if you want to remove the element for about let's say 40 mm depth, the depth is

40 mm.

Okay.

So now you can click on preview like this.

And you can click on okay now.

So it removes the element like this pocket feature.

So in order to remove material, in order to remove something, in order to create a hole

something, you can use the pocket feature.

And this multi pocket feature is just the opposite of multi pad feature actually.

Okay.

Now let's delete this pocket feature.

I will delete it.

Pad and pocket are the most important features and the most common features which you will

be using.

Okay.

Let's delete this pad also.

Okay.

Sorry.

Not paste.

Delete.

Okay.

Now let's see another feature.

This is called shaft feature.

For shaft feature, I am again going to sketch something on x i plane.

Okay.

So I am let's suppose I am sketching a rectangle or like this.

Okay.

You can also give the constraints, give the dimensions.

I am just not doing it for you.

It is just an example to show you.

So now what I am going to do is I am going to exit my sketch.

Okay.

And I am going to click the isometric view here.

So you can see better.

And now I am going to use this shaft feature.

Shaft.

Okay.

In shaft feature, you have to select.

You have to select some profile.

Selection is sketch file.

So this sketch is already selected.

So it's okay.

Now shaft feature, what it does is it does the pad feature function.

But in a rotation manner, you will see like see.

You have to select an axis.

So suppose I am selecting this axis.

So what it does is it produces a material.

It adds material in a circular manner.

Okay.

We have done the rotation about this axis and adding the material.

You can also not do the complete 360 degree rotation.

You can also adjust the degree of rotation like this.

Okay.

Like this.

Or if you want to make a cylinder, you can just keep 360 degree.

And you can preview it.

Okay.

So the rectangle has now become a cylinder.

Because we have rotated the rectangle about one of its axis.

You can click okay.

And this will be a cylinder now.

So shaft feature is like making a circular object.

Or a any profile which you have to note it about axis.

So suppose you want to make a bearing.

Okay.

Ball bearing.

So let's see how you can do that.

First of all, I am going to delete this.

Okay.

Now I am going to again go to sketch.

Select any plane.

And what I am going to do is I am going to create a circle.

And I am going to divide this circle into two.

And then I am going to trim this upper part of the circle.

So this is a semicircle.

Now what I am going to do is I am going to exit this sketch.

And I am going to use the shaft feature.

Okay.

360 degree sketch is selected.

Which axis about this axis.

So you will see it creates some ball bearing.

Or a bearing on a circular ball type object.

So like this, this feature is used.

Okay.

This groove is basically the opposite of shaft.

Let's see how.

Let's delete this.

Okay.

And let me again create a sketch for you.

Okay.

Suppose I have created a cylinder only.

Let's do a simple sketch only.

I am creating a cylinder exiting using the pad feature.

Okay.

The length should be let's say 40.

Let's review it.

Okay.

One more thing is there.

If you don't want the cylinder to be in this direction,

you want to be in the opposite direction.

So you can choose reverse direction like this.

And there is another option more click on more.

So what you can do is you can also extrude.

You can also pad on this direction and this direction both the dimensions.

So suppose you are giving some length here like 50.

Okay.

So in the opposite direction, it's 50.

And this direction, it's 40.

Or 43 or 53.

Okay.

You can click on preview.

You can click on.

Okay.

So this is basically your cylinder.

Now let's check this in Asymmetric View.

Okay.

Now what I am doing is I am selecting a plane here.

Let's say I am selecting this plane.

YZ plane.

Okay.

I am going normal to that plane.

And what I am going to do is I am going to sketch on that plane.

I have selected the YZ plane.

And I am going to click on the sketch button.

Now I am going to create a rectangle here like this.

And what I am going to do is I am going to exit the sketch.

And I am going to use this group feature.

I am going to use one group.

I have selected the sketch.

Okay.

Sketch is selected.

Sketch it.

This one.

And I am going to select an axis now.

I am selecting this middle axis.

And clicking preview.

And okay.

So it removes material in a rotation.

Okay.

360 degree.

If you don't want 360 degree, you can give the angle of your specific value if it is specific

requirement.

So this is the group feature.

Okay.

Now let's move to another tool.

First of all, I am going to delete this.

Okay.

Delete.

Okay.

Now let's draw another sketch on xy plane.

I am going to draw a slab or a rectangle.

I am going to choose center point of the rectangle.

This is my center point of the rectangle.

I am going to exit this sketch and I am going to click on pad.

And I am going to extrude it.

Let's say 50.

Let's preview it.

This is okay.

Okay.

So this is my slab.

Okay.

Now let's see what this whole feature does.

I am going to click on hold.

And I am going to click on the surface.

Hold basically as the name suggests it will create a hole.

So where you want to create a hole on the surface, so I have clicked on the surface.

But if you want to create a hole on a specific point in this surface, then you have to choose

this thing positioning sketch.

Click on this thing.

Now you can basically position wherever you want your sketch.

Okay.

Wherever you want your hole.

So now if you want to suppose like give a specific constraint to the hole.

So you can click on constraint and then give this constraint with reference to the axis.

Let's say horizontal measure distance.

I am going to keep it 100 mm.

And then again constraint.

Now this is the original but this time I am going to give it vertical measure distance.

Let's say 50.

Okay.

Now I am going to exit this sketch.

So now this location is selected for making the hole.

Okay.

This location.

Now here you can choose the type of like extension.

So blind means you have to give the diameter and you can leave the depth of the hole.

Okay.

How deep it should be.

You can also give the diameter.

Okay.

See if it's increasing up to next means up to next surface.

The hole will be created up to last means up to last surface.

The hole will be created.

So let's say I want to create the hole up to last.

Okay.

Up to last surface.

That is choose the up to last surface.

You can you can't give the depth option because it's up to last.

And then I'm going to click on preview.

Okay.

And then I'm going to click on okay.

So see how whole is created up to the last surface.

Last surface with this one.

So in this way you can easily create a hole.

So for that thing the whole option is used.

Or if you don't want to use the whole option you can also use the pocket feature.

For using the pocket feature all you have to do is you have to create a circle.

And then click on this pocket feature and then give the depth as up to last surface.

This surface.

Okay.

That's that simple.

Now let's move on to the next one.

Let me delete this.

Delete.

Okay.

Right click.

Delete.

And okay.

Okay.

So now let's move on to the next tool.

That is the rib tool.

Okay.

For rib tool I'm going to create a sketch first.

I'm selecting a website pen.

Clicking on sketch.

Okay.

Okay.

Okay.

Okay.

Okay.

Okay.

Okay.

Is a website pen clicking on sketch.

And I'm going to create a centre-point rectangle here like this.

I'm going to exit the sketch, and then I'm going to pad it 50 mm.

Let's preview.

Yeah, it's okay.

Clicking okay

Now what I'm gonna do is I'm gonna create a geometry in this plane

So I'm click selecting the plane clicking sketch

And I'm gonna create a i section here like this

I'm just creating the half portion of the i section and

And now I'm gonna create a reference line here

Now I'm just gonna mirror this half i section

Okay, let's mirror it

About this axis like this. Now I'm gonna exit the sketch

Now I'm gonna draw a profile

But perpendicular to this plane or perpendicular to this sketch so for drawing that profile

I have to choose a perpendicular plane to this plane

But that plane could be this one

That explain so I'm selecting ZX plane and

I'm clicking on sketch

Okay, so what I'm gonna do is I'm gonna create a profile I'm gonna create a spline profile

Like this

Okay, this is fine

Now I'm gonna exit the sketch

So this looks something like this now what this rip feature does is this rip feature will extrude this profile

In a direction of this profile

So let's click on this rip feature

Now which profile I have to extrude I am trying to select that so I'm gonna extrude this profile and

Center curve about which curve I have to extrude or pad about this curve

Okay, so let's preview it

So you can get a shape something like this

This is used by the rip feature

Okay

So you can create something like this by using the rip feature

Okay, now let's move on to the slot feature the slot feature is just the position of rip feature the

Refeature adds is used to add a material and the slot feature is used to remove a material

Suppose I draw a profile on this plane. I'm clicking on sketch

And I'm gonna draw a rectangle here center point rectangle

Like this

And what I'm gonna do is now I'm gonna exit the sketch and

Draw a profile by perpendicular to this plane

Okay, so I'm going to draw a profile perpendicular to this plane so I can choose this one

Why is it playing?

clicking on sketch

And I'm gonna draw a profile here I

Spline

Something like this

Okay

Now I'm gonna exit the sketch

Now one more important thing is that this guiding curve doesn't has always to be passed through the profile which you have created

This just shows the direction in which we have to remove the material so it can be anywhere

But it should be at a plane perpendicular to the profile plane

Now I'm clicking the slot feature

I'm clicking the profile and center curve guiding curve is this

I'm clicking on preview and selecting okay

So see the material has been removed in the guiding curve direction

Okay, in that spline curve direction the material has been removed

So this feature is this this thing can be done by the using of slot feature

Okay

So these were the important tools which you can which you will be using by while drawing a part in a ktv5

And also these features will be the most common features which will be helpful for you to draw any part you can draw any part just by using this features

One more small thing is that I have to show you this use of these features also these tools also this small tools are like edge fillet and chamfer

These are very simple tools

Okay, so let's see these are tools also one by one first of all what I'm gonna do is I'm gonna do it this

Refuge and slot feature

Or simplifying the

profile okay

And right click delete

Okay, and I'm gonna click on asymmetric view

Okay, I'm gonna bring it to center now. Let's see. What is this? This is edge fillet

So it's very simple just click on edge fillet

Okay, click the edge which we want to do a fillet. Suppose I click this edge now you can select the reduce of the fillet

Let's let it be 5 mm only let's preview it and let's click okay

See this edge has been filleted

So it's just as simple as that like whichever edge you want to fillet just click on that edge

Similar thing is in the case of chamfer chamfer is nothing but a fillet which is straight line. This is a curve

chamfer will be in a straight line. So let's chamfer this edge

Okay, this edge let's chamfer it. I'm selecting this edge and I'm increasing the length of the chamfer

Hmm, let's say it's

7 mm click on okay

So this length is 7 mm and this edge has been chamfered

So these are the small things and there are various types of fillet

This fillet also, but the most commonly used is the edge fillet only you can try these all options

It's very simple just you have to click and check what it does

Okay, now another thing is draft angle. Okay, so for draft angle let me draw another geometry for you

I'm gonna delete this fillets

Okay

And now I'm gonna do what is

I'm gonna double click on this pad one and I'm gonna edit it. I'm gonna increase the

The

pad value. I'm gonna do it. Set it mm. Let's preview it and click okay

Okay, let's take it to the asymmetric view

So what this draft angle does is let's click on this option first

And we have to first select faces to draft. Suppose I want to draft this face and this face

So click the faces which you want to draft

And angle of draft by what angle you want to draft. Suppose I want to draft it by 10 degrees

13 degrees and neutral element so neutral element about which you want to draft

So I'm gonna draft it about this element. So this is my neutral element. So these two faces will draft

13 degrees about this fixed face. Okay, let's preview it and let's click okay

So like this. These two faces has been draft about this neutral neutral plane neutral face. So this feature is called as draft feature

Now let's move ahead. Let's delete this draft feature

And turn and delete this pad also delete

Okay

Okay, so now let's move on to the next feature for the next feature what I'm gonna do is I'm gonna create a

Rectangle or sketch on an xy plane

Oh, I'm gonna choose a center point rectangle here

This big and I'm gonna exit this sketch

And then choosing pad

And I'm gonna

Add it 50 let's see 50

Okay, okay, let's do some more

Let's do it 80

And click okay

Now, so I'm gonna select this shell feature. So let's see what the shell feature does

I'm playing on shell and I'm clicking on this face

Okay, and I'm gonna click okay

So see what shell feature does is shell feature removes the above face and make it as a shell

Okay, there is no solid here. It's a shell. It's empty and the above surface has been removed and this thickness

This thickness is one mm

Which we have set here

In this shell feature one mm you can also increase this thickness. Let's let's do this to five mm

Click okay, so this thickness is five mm and this cuboid has been become a shell the top face has been removed

This thing can be done by the shell feature

Okay, let's move on to the next tool that is thickness

thickness is nothing but very simple thing. Let's click on thickness and if you want to increase the thickness of a particular face

Select that face and by how much value if you want to increase the thickness by let's set 10 mm and click okay

So the thickness of this face will be increased by 10 mm this thing can be done by the thickness feature

Okay, let's move ahead. Let's delete this

thickness and

this shell feature also

Click okay

Okay, so now I'm gonna do what I'm gonna do is I'm gonna select this face and I'm gonna sketch on this face

And I'm gonna create a rectangular hole on this face

Like this and then I'm gonna exit the sketch

And then I'm selecting the pocket feature

And I'm gonna

I'm gonna

Pop up at the whole thing. So I'm gonna click okay

Okay, so it's like a hole

Now let's let's move on to the next tool which is this one

Remove face now remove face is like mostly used in philite element analysis

So when you want to simplify the geometry

So like it's a small hole here if you want to remove this hole

Okay, so you can select this remove face is remove face and you can select the faces which you want to remove

From the geometry to make it a simple geometry

Which can be used for finite element analysis easily

So I selected all the face here which I want to remove and I'm gonna click okay

So this thing has been this face has been removed or the hole has been removed

So this thing will not generally be in use to make parts

But if you want to make a part especially for finite element analysis

So this feature will be mostly used then

Okay, now let's move ahead. I'm gonna draw a sketch here

On this plane

Catch

I'm gonna create a L shape L shape profile here

Okay, I'm gonna insert it

I'm gonna pad it

I'm gonna mirrored it and I'm gonna keep it at 20 mm click okay

Okay

Now I'm gonna draw another profile here on this plane

Why is it plain clicking sketch?

I'm gonna draw a line here

Okay, I'm clicking exit

Now I'm gonna use this feature

For it combined and I'm gonna use a stiffener here

Clicking on a stiffener now see

Selection this this line is selected here is sketch forest this line

So what it does is it's adds material it basically stiffens this L shape by adding material

That's what it's called a stiffener

Now how much thick you want this to be done which you can set it from your thickness is one mm

So you can increase it

I'm gonna keep it to 10 mm let's say

So it adds material in this way which is stiffens this L shape

Okay, click okay

Like this the stiffener option can be used okay, let's delete it

Okay

I'm deleting the pad option also

Okay, so now let's move ahead and see some more tools. We have covered the important ones from this one the important ones from this one

Now let's cover the important ones from this this thing this side also. So first of all I'm gonna choose this one

Translation okay translation command click on translation command adds the name suggests

What you have want to do is you want to translate some object or some profile by some quantity so you have to choose this

Translation tool. So do you really want to keep the translation specifically here?

Yes

Now suppose you want to translate this thing okay

So about which direction you have to choose first here the option for direction is coming

So I want to move it around around about this direction. Okay

So about how much distance you want to move it so let's I'm gonna move it to

Uh 50 mm click okay

So this thing has been moved 50 mm in this direction

It's as simple as that the translation command

Now let's see another thing the another one is rotation click on rotation

Yes, click yes

Uh axis about which axis you want to rotate so suppose I want to rotate about

So let's see this axis this edge

And about how much degree I wanted to rotate by 90 degree

click okay

So see this thing has been rotated about this edge

about 90 degree

Okay, then now third one is symmetry

The symmetry is also a simple thing. Let's do one thing first of all what we want to do is we want to create a sketch on this face

So let's click select a sketch

And click on this face

Let's zoom out a bit

Now what I'm gonna do is I'm gonna create a circle here

And I'm gonna exit this sketch

I'm gonna pat this circle into a cylinder 80 mm is fine click okay

Now I'm gonna use this

symmetry feature okay, I'm clicking on symmetry

click yes, and I'm gonna

symmetry this cylinder about this plane

Okay

This side

So let's see I'm gonna choose a reference. So I'm gonna choose this plane as reference

So this cylinder has been has become a symmetry about this plane. So it comes this side click okay

So this lender has moved from here to here

But worked if you want to keep this side cylinder also. So then option of mirror is there for you

Okay, let's undo it control Z

And now what I'm gonna do is I'm gonna choose mirror instead of symmetry

So I have chosen mirror

And which thing I want to mirror this thing

Okay mirroring element I have to choose where chosen this pad as mirroring element

Okay

Okay mirroring element I have to choose about which thing you want to mirror. So I want to mirror it about this plane

So I'm clicking this plane and clicking okay

See a mirror cylinder has been created

So this thing can be done by using the mirror feature

Okay, now let's control Z it undo it

Okay, let's go back to the symmetry view

Now let's see another feature that is this one

This is rectangular pattern two patterns. You are important to circular pattern rectangular pattern

First of all, we are gonna see about the rectangular pattern does

So for a rectangular pattern again, I'm gonna draw a profile on this face

I'm gonna draw a circle again

And I'm gonna exit the sketch

And then I'm gonna pad it

Hit TMM is fine click okay

Okay, so now I'm gonna use rectangular pattern on this cylinder

So I'm gonna choose this pad option here which is the pad of this cylinder and I'm gonna choose rectangular pattern here

So these two there are two things in stances and spacing

In stances means how many patterns you want to make how many cylinders you want to be patterned

And spacing between means the spacing the space between those the two cylinders

So first of all you have to select a different element about which direction you want to make a pattern

So let's say I'm gonna make a pattern about this direction

Let's coming towards the right so you can reverse it. Let's go. It's now it's coming towards the left. Okay

Now I'm gonna increase the spacing. I'm gonna do it to 40 mm

Let's preview it here. It's okay. And I'm gonna increase the instances to five

And I'm gonna click preview and I'm gonna click okay

So you have drawn only one cylinder you have made the pattern up to five cylinders like this easily

So this thing can be easily done by the rectangular pattern feature

Okay, let's move ahead and now see what the circular pattern feature does first of all I'm gonna delete this rectangular pattern feature

delete

okay

And delete

Okay

I'm gonna delete this pad also

Okay, pad all things

And now what I'm gonna do is I'm gonna create a circular profile on this xy plane

Clicking on sketch

Creating a center point circle

Okay, I'm gonna make it a little big

Exiting the sketch

Clicking pad

50 mm is fine

Click okay

And I'm gonna sketch on the top surface

And I'm gonna create another circle here

I'm gonna exit the sketch

And clicking pad

I'm gonna create a cylinder of 50 mm fine. Okay

Now I'm gonna use

circular pattern

And I'm gonna make a circular pattern of this center on this face

Okay, so reference element just reference element you can choose this face

So the

Revolution will be done along the axis of this circular plane

So in stenties means how many cylinders you want

Suppose I want

Oh, it's lenders of 45 degree each

I'm gonna click preview

Okay, and I'm gonna click okay

When this way you can easily make a circular pattern

Okay, you can also adjust the angle between these two and number of instances whatever you want

Let's move ahead

Uh, let's see this feature. This is scaling feature. It's scaling as an aim suggest if you want to

Make a bigger size or you want to scale bigger if you want to scale smaller than you can use this scaling feature

Okay, so click on scale feature

Now suppose I want to scale this whole thing or make it bigger

This whole thing. So what I'm gonna do is first of all reference. I'm gonna

Make it bigger about this plane about this surface

About how much ratio suppose I want to do it double

So let's see see how it's increasing. I want to make it 5 times bigger. So ratio is 5 creep okay

So this whole thing has become 5 times bigger now

Like this. So this is the scaling feature

So till now I've almost told you all the important features or tools which you which you are going to use to make a part

From this this and this these things are all sufficient to make up any part which you want

Now what we are going to do next is we are going to look how assembly can be done

Okay, how we can assemble parts and make it a complete assembly

Let's move ahead. So what I'm gonna do is I'm gonna close this from here

And now what I'm gonna do is I'm gonna create assembly. So for creating assembly first of all you have to

Open mechanical design and assembly design

Okay, then I know now the interface has been completely loaded

So let's see what is this component product part

Agustin component okay existing component without provisioning

So first of all for doing assembly

What you have to do you have to first insert the parts which you want to assemble

So for inserting the parts two options you have you have existing parts

Okay, in the existing component and existing component with positioning

So let's first import an existing component using this feature existing component. Okay. So I'm clicking existing component

And existing component after clicking this you have to select where you want to place the component

So I'm going to place the component here in product two. So let's click here in product

Now I already created some parts in Katie only so I'm just going to import that

So I'm going to import this part one and part one part three part four

I am you can import this one by one or you can import all at once

So I'm gonna import this first part only now. I'm clicking on first part one and I'm gonna open it

So this is my part one it's a rectangular slab

So now see I have imported the part using existing component. Now. What is the drawback of this feature?

This feature drawback is this

After importing the part you can't move it. Okay. You can't place it at your desired location

But what if I import this using existing component

With positioning feature. So let's see. So I'm gonna just undo it

And now I'm gonna import the same part using existing component with positioning feature

So I'm gonna click here where I want to import in product. I'm clicking here

Now I'm importing part one open

Here see the difference here a window is coming for a smart move. Okay. Let it load

Okay, so this is my smart move window here. What you can do is here you can click on this slab or this part

And you can move it along wherever you want. Okay

So you can place this rectangular slab or you can place this part on the screen in a position as you want

By using this feature which is

Existing component with positioning feature as the name suggests

So now I'm gonna just keep it here and select okay

So in this we have imported my part one. Now. I'm gonna import my part two

So again, I'm clicking here existing components with positioning

And clicking on product

And I'm gonna open part two

So this is my part two here also. I am using a smart move to position position my component. Okay. So I'm just positioning it somewhere here

Okay, like this

And clicking okay

Now I'm gonna import this part to once again

So clicking on existing component product

And then importing part two

Open

Okay, I'm gonna position it somewhere here like this

Licking okay

Now see when doing assembly what you have to do is you have to constrain some parts

So you have to move some parts

It means you have to join the parts together

So you have to for joining you have to give some constraints and if you want to move the parts

Then see how you can do it here two important tools remember existing component and existing component with positioning

This is used to import the part now this tools this tools are used to move the part. Okay, this tools

Let's drag it here see here. It is it and move. So these tools are used to move the parts

Now let's see the first tool the first tool is manipulation. Let's click on it

Okay, after clicking manipulation what you're seeing is a window

So manipulation means you can move you can drag you can rotate the part by using this window

Suppose you want to drag along xx. It's where to click this now you have to select the part which you want to drag

So this part now will be only dragged along the x-axis. Okay, if you want to drag along y you can choose y

This part will be dragged along y-axis and if you choose z then this part will be dragged along zxx

Okay, what is this thing this thing is drag along any axis?

You after choosing this you have to select an axis suppose I select this x this has my axis

So I can drag the part along this axis like this

Then when I leave you want to move the part in a plane

So you can click on this plane and you can move the part on y-axis

Similarly, y-axis plane similarly x-axis plane and this is used to drag along any plane

So after clicking this you have to choose a plane suppose I want to move this part along this plane

So I have clicked on this plane and now I can move it around the plane which I have clicked

And if you want to rotate it along x-axis so you can rotate it also about x-axis like this

If you want to rotate it along y-axis then you can rotate it about y-axis

like this

And similarly for that axis and if you want to drag or rotate around any particular axis

So you can choose that axis and then you can rotate this about that axis like this

So this thing is called manipulation tool it helps to drag rotate and move the part across any plane

So I am clicking cancel here

Okay now what I want is I want to join this part this two parts with this rectangular slab this part two with part one

So for joining what I have to do I have to make a contact between these two

So for contact another constraint tools what you have to do is you have to use these features

So here it is given coincidence constraint we guess constraints are here

coincidence constraint here it is contact constraint here it is offset constraint here it is angle constraint

So we are going to see this one by one

Let's first see this contact constraint what it does

So contact constraint as the name suggests

Click close

As the name suggests is used to make contact between two parts

Suppose I want this this face

This face

And this face to be in contact so I am going to click this face

And I am going to click this face

Okay now a contact constraints had been created between these two

And if you want to update it you have to update it like update all you have to click here

And it will be in contact now see it's in contact

And now what if I if you want to move this so you can click on this you can use manipulation tool

And you can drag along whatever you want access while access

So you can move it here

And you can move it along z axis also

Like this

But you can't move it along x axis because x axis is constrained now it is in context you can move along here in the x direction

Okay, click okay

Similarly I want to contact this thing also so first I am going to move it along x axis

So I can see the face

Okay, click okay

Now I'm going to constraint it using the contact constraint

Contact constraint close click do not prompt in the future

Okay, so I am going to constraint this face

With this face contact constraint and playing on update

Okay

So this is looking something like this

I want to get normal view to this plane so I can use normal

Or you can choose the front plane front view like this

Okay

Okay, so now what I'm going to do is I'm going to insert another component here

Okay, but

Before inserting another component what I want to do is I want to fix this locations of this part to

So for that now I can move it along z axis and y axis, but I want to fix this so I have to give a distance

From something, okay, so for that thing if you want to give a distance of a part from another part

You have to select offset feature or offset tool which can be selected from here offset constraint

Okay, so I'm clicking this now what I want is I want to select this face

And this face and I want the distance between two faces. Let's say 20

Okay, 20 mm click okay and click update here

Okay, so now this face is there to distance of 20 mm from this face

Okay, similarly I want to constraint this side also. So I'm clicking here offset constraint

And I'm clicking this face and this face and giving the distances 20 or minus 20

And click okay

Okay

And I want to consider in z axis also so I have to give offset feature

On this face and this face

And I'm gonna give it as 25

Click okay

And click update

Okay, and I'm gonna give this one also

25 so let's say offset this face and this face

Okay, instead of 25 I'm gonna give it 30 okay

Click okay and click update

Oh, I'm gonna change this one also to 30

So double click it you can edit it

giving 30 okay

And click update and whatever you are doing you can see here constraints surface constraint contact surface contact offset offset

So you can edit anything by clicking double clicking this thing. Okay, and you can edit the value

click okay

I'm moving back towards the

front view

Like this

So fun till now we have covered this contact constraint and offset constraint

Contact constraint we used to make content between two faces or two parts and

Offset constraint is used to give a distance particular distance of a part from another part. Okay

Okay, okay now let's import another part

So for that I'm using this

existing component with positioning

And now I'm gonna import part three open

Okay, so now let's move it a little here

Okay

Uh click okay

So now what I'm gonna do is first of all I'm gonna use manipulation tool and I'm gonna bring it forward

And a little up

Like this

Okay, this is good click okay now what I want this I

Want this cylinder to be inside this hole

So for that what I have to do I have to coincide this cylinder's axis with this whole axis

So for that this constraint is used it is called coincidence constraint click on this

And click on this axis and click on the whole axis. Okay, so this coincidence constraint has been created now click update

So see this cylinder is now inside this hole

Okay

So what I'm gonna do now is first of all I'm gonna click on front view

Now what I'm gonna do is I'm gonna me look at this cylinder

Invite direction

Something about this

Okay

And clicking okay

Okay, so now what I'm gonna do is I'm gonna insert another part

Product one I'm gonna insert part four

Click open

Okay

So my part is here so I can use manipulate

Okay

XX

Let's bring it forward

Y-axis

Okay and

And Z-axis from what around here

Okay, this is okay

So now what I'm gonna do is

I'm gonna constraint this okay, but first of all what we have forward we forward if we have forward to constraint this cylinder

Okay, see we can manipulate this along Y-axis. Okay, so we have to fix this first. So for fixing this

I can give offset constraint

In clicking on offset constraint and I can give the offset constraint

Uh on this face and this face for a distance of let's sit at an mm and click okay

So now it is fixed

Okay, and also one more thing I'm gonna do is I'm gonna use manipulation on this cylinder and I'm gonna rotate this about the cylinder axis

Uh somewhat like this

Okay

Just for better understanding of the assembly click okay

So now let's uh, it's time to fix this part four

So for part four what we're gonna do is I'm gonna first use the

Contact constraint and I'm gonna contact this face

With this face

Okay

So just you can click on update

Okay, and now I'm gonna move it a little bit using my manipulation tool

So

Along z direction

And along Y

On what around here, okay

Yeah, this is fine

So now I have to fix this also to us. So I'm using offset constraint again

And I'm giving the direction or distance from this and this face

To be let's say 10 click okay

And I'm gonna use again the offset constraint and I'm gonna give the distance in this face in this face

To restrict its Y direction movement. I'm gonna give it 35

Click okay

Okay, let's see the front view

Okay, so now my assembly is being

Is completed you can see what I made is I made a door latch here

Okay, so this is the final assembly. So what we have used here is we have used this contact constraint

This coincident constraint contact constraint and offset constraint, okay

So where we have used this coincident constraint coincident constraint we have used to

Concentrate the axis of this cylinder with the axis of the whole cylinder, okay

This whole cylinder. So for that we have used coincident constraint

Contact constraint is used to give a contact between two surfaces, okay to join these two surfaces

And offset constraint is used to give a distance between two faces or two surfaces or two parts, okay

If you want to concentrate any part at a particular distance from another part, then you have to use offset constraint

Now let's move ahead and let's see what is this angle concentrenders, okay

So for us seeing this angle constraint

Okay, let me clear the screen first. So I'm gonna delete this part three

Yes, I'm gonna delete this part two also

Right click delete, okay, and this one also right click delete

Okay, and also I'm gonna delete the constraint for this part part four

So I'm gonna delete the surface contact constraint first and delete, okay

So now let's see if we can manipulate this now

Uh, around x axis

Yes, we can easily manipulate it because I've deleted the contact constraint, okay

Now instead of giving contact constraint what I'm gonna do is I'm gonna give an angle constraint here

Okay

Let's bring it a little close and now what I'm gonna do is I'm gonna give this angle constraint for this face

And this face

Okay, and I'm gonna keep the angle as let's say 60 degree click, okay

Okay, and now let's update and see what happens, okay

I'm clicking on update

So see

Uh, let's bring it a little closer so you can easily see what I'm trying to show you

Okay

Click okay, and let's move to isometric view

Okay

See

This face is a angle of 60 degree with this face

Okay, see this face in this face are at an angle of 60 degree

So why this thing is is used angle constraint to give the angle between two surfaces or two planes

Okay, you can give any angle what you want

Okay, now we now let's move ahead and

And first of all, let's undo it and let's get back to the final assembly

All right

Now let's see we have finished this coincidence contact offset angle

Now let's move ahead with this thing move tools if done manipulation, okay

So now we will see about this snap tool for that I'm gonna create another assembly

assembly design and then I'm gonna import part

In product

part five

Open and click

Okay, I'm gonna insert the same part again

Product

Part five open and let's click okay

So now what I want is I want this part to be on the top of this part

This holes should coincide

So traditionally what I can do is I can first use the manipulation tool and

Move it a little bit here above

Like this and now I can use this coincide constraint to coincide this axis

Okay, click update

And then I will use this contact constraint to

Continue to contact make a content within these two surfaces click update

So in this way I can do my job done, okay, I can perform my job

But the another and the easiest way to do this is with the help of a snap tool

Now, let's see what is snap tool does

First of all, let's delete this constraints

delete and delete

So now let me get to the summit view and let me

Move this little bit top, okay

So I am gonna use a snap tool now

So snap tool is a combination of coincidences constraint and contact constraint

So instead of using these two constraint, what I can do is I can use the snap constraint at once, okay

Let me move this a little bit in wider direction also so you can see better

Okay

So now let's see I am gonna use this snap tool

Clicking on snap so I can choose this axis and this axis

Okay, see it becomes

coincidences, okay, the axis has become coincidences

Click anywhere else and then click again this snap tool and choose this face and this face

See this is because of contact constraint, okay, so in this way I have both used

Coincidence and contact at once by using the snap tool

The snap tool is just a faster way to use this coincidence and contact constraint

Okay

So in this way, I have covered this manipulation and snap tools are the important ones

And here we have discussed about coincidences, contact, offset, angle constraint, okay

So using these tools you can create almost any assembly what you want and as you want, okay

And whatever parts I have used in this tutorial, I will give you a google tree link in my description

So you can download it and you can practice yourself

And so I have discussed almost all the things which I want to discuss in this sketched tutorial

First we have started with the part design

And for part design we have started about sketching and then we move on to assembly

So using this information which I provided in this tutorial

You can almost create any part and assemble any part of your required choice, okay

And one more thing, there are multiple windows you can open and cut here

So you can minimize this window from here

And you can open this another window from here, okay

Like this, so you can make multiple parts and multiple assemblies at one time, okay

And I would like to suggest you guys that practice as much as you can

Try to make parts like whatever you see in your real life

Whatever it is surrounding you try to make it in KTO

And try to assemble these things, this is the good way to practice parts and practice just KTO software

Okay, so that's all for this video

And if you have learned something then please like my video and subscribe to my channel

Thank you