Avoid collisions

00:02

In this lesson, we'll learn how to avoid collisions.

00:07

After completing this lesson, you'll be able to use shaft and holder to avoid part collisions.

00:14

In Fusion 360, we want to carry on with our generative forming tool frame.

00:19

We're going to edit flow three and in the tool section, we want to turn on shaft and holder clearance.

00:25

Without any other adjustments, we are going to say ‘okay’ and allow it to recalculate this operation.

00:33

Once the operation has completed generating it, note that it will take a little bit longer than it would if it was just the flow without collision.

00:41

Let's go ahead and take a look at simulate and see if it was able to accurately represent the operation without colliding with any stock.

00:50

So now you'll notice that the bottom, we have no red lines.

00:54

Everything was generated without the holder or the shaft hitting any of the part where it wasn't supposed to cut.

01:01

So if we play through, we can see that it moves back and forth,

01:04

and it does some clearance operations where it rapids away from the part and moves back in.

01:10

But this was a successful operation making sure that the holder itself does not collide with the part, and this is exactly what we would want to see.

01:19

Now there are complexities with the strategy.

01:21

The more passes you have, the more geometry that is obscuring, the harder it's going to be for the software to calculate where that tool needs to go.

01:32

So keep in mind that there are limitations, and there are certainly processor demands that are needed any time we go to these advanced type features,

01:40

and we have to calculate those collisions.

01:43

But for this example, let's go ahead and save the design, so we can move on.

Video transcript

00:02

In this lesson, we'll learn how to avoid collisions.

00:07

After completing this lesson, you'll be able to use shaft and holder to avoid part collisions.

00:14

In Fusion 360, we want to carry on with our generative forming tool frame.

00:19

We're going to edit flow three and in the tool section, we want to turn on shaft and holder clearance.

00:25

Without any other adjustments, we are going to say ‘okay’ and allow it to recalculate this operation.

00:33

Once the operation has completed generating it, note that it will take a little bit longer than it would if it was just the flow without collision.

00:41

Let's go ahead and take a look at simulate and see if it was able to accurately represent the operation without colliding with any stock.

00:50

So now you'll notice that the bottom, we have no red lines.

00:54

Everything was generated without the holder or the shaft hitting any of the part where it wasn't supposed to cut.

01:01

So if we play through, we can see that it moves back and forth,

01:04

and it does some clearance operations where it rapids away from the part and moves back in.

01:10

But this was a successful operation making sure that the holder itself does not collide with the part, and this is exactly what we would want to see.

01:19

Now there are complexities with the strategy.

01:21

The more passes you have, the more geometry that is obscuring, the harder it's going to be for the software to calculate where that tool needs to go.

01:32

So keep in mind that there are limitations, and there are certainly processor demands that are needed any time we go to these advanced type features,

01:40

and we have to calculate those collisions.

01:43

But for this example, let's go ahead and save the design, so we can move on.

Video quiz

When using the Multi-Axis Flow toolpath to cut complicated geometry, enabling what option can help to reduce or eliminate collisions?

(Select one)
Select an answer

1/1 questions left unanswered

Step-by-step guide

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