& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:02
In this video, we create a facing toolpath.
00:06
After completing this step, you'll be able to create a facing toolpath and modify toolpath parameters.
00:13
In fusion 360, we want to carry on with our gear housing for CNC mill.
00:18
Now that we've created are set up, we're going to create our first toolpath which is going to be a facing operation.
00:24
Typically you do a two D face operation to clear the top side of the part to make sure that you have a nice plane or face.
00:31
We're going to start by selecting our tool,
00:33
and we can do this by going into our cam DFM library and taking a look at tool number eight are 2 inch face mill.
00:40
Note that there's only a single default presets,
00:43
so we don't have to worry about selecting the correct one but we always want to validate our feeds and speeds.
00:49
Next in the geometry section, fusion 360 automatically knows where the stock boundary is based on this yellow box,
00:56
it knows how much material there is and if we navigate to the heights section it knows that it's starting at the top of the stock,
01:03
and its machining down to the top of the model so we don't have to adjust any settings there either.
01:09
In the past is section we can make adjustments for things like the past direction.
01:14
the extension, which is how much we wanted to overlap the outside of our part.
01:18
If we have any additional offset values.
01:21
If we want to modify the step over amount which is based on the tool diameter and if we wanted to cut both ways or just a single direction.
01:29
We also have some other options, for example use chip thinning,
01:32
which changes the way that it reduces the chip load as it's entering the cutting edge.
01:38
If we have a lot of stock on the top of apart and we have a tool that can only take away a small cut, we might want to use multiple depths.
01:45
In this case, just a single pass will do.
01:48
We use the default linking parameters but note that we have several that are kept on by default such as allow rapid retract and keep tool down.
01:56
We're going to leave all these as default and say okay allowing it to create our toolpath.
02:01
Notice on my screen that I have a stock preview of what's been done.
02:05
If you don't see a stock preview, make sure to go to utilities and turn on your automatic in process stock generation,
02:12
and in the bottom center section of your canvas area you can display the in process stock.
02:17
Once we've created our first toolpath, let's go ahead and save the design before moving on to the next step.
00:02
In this video, we create a facing toolpath.
00:06
After completing this step, you'll be able to create a facing toolpath and modify toolpath parameters.
00:13
In fusion 360, we want to carry on with our gear housing for CNC mill.
00:18
Now that we've created are set up, we're going to create our first toolpath which is going to be a facing operation.
00:24
Typically you do a two D face operation to clear the top side of the part to make sure that you have a nice plane or face.
00:31
We're going to start by selecting our tool,
00:33
and we can do this by going into our cam DFM library and taking a look at tool number eight are 2 inch face mill.
00:40
Note that there's only a single default presets,
00:43
so we don't have to worry about selecting the correct one but we always want to validate our feeds and speeds.
00:49
Next in the geometry section, fusion 360 automatically knows where the stock boundary is based on this yellow box,
00:56
it knows how much material there is and if we navigate to the heights section it knows that it's starting at the top of the stock,
01:03
and its machining down to the top of the model so we don't have to adjust any settings there either.
01:09
In the past is section we can make adjustments for things like the past direction.
01:14
the extension, which is how much we wanted to overlap the outside of our part.
01:18
If we have any additional offset values.
01:21
If we want to modify the step over amount which is based on the tool diameter and if we wanted to cut both ways or just a single direction.
01:29
We also have some other options, for example use chip thinning,
01:32
which changes the way that it reduces the chip load as it's entering the cutting edge.
01:38
If we have a lot of stock on the top of apart and we have a tool that can only take away a small cut, we might want to use multiple depths.
01:45
In this case, just a single pass will do.
01:48
We use the default linking parameters but note that we have several that are kept on by default such as allow rapid retract and keep tool down.
01:56
We're going to leave all these as default and say okay allowing it to create our toolpath.
02:01
Notice on my screen that I have a stock preview of what's been done.
02:05
If you don't see a stock preview, make sure to go to utilities and turn on your automatic in process stock generation,
02:12
and in the bottom center section of your canvas area you can display the in process stock.
02:17
Once we've created our first toolpath, let's go ahead and save the design before moving on to the next step.
Step-by-steps