Create and connect conveyors

Create and connect conveyors in your 3D model.


00:03

Conveyors play a vital role in material handling and logistics simulations,

00:08

allowing you to move flow items from one point to another within your model.

00:12

You can easily create and join conveyors, as well as adjust conveyor visuals, directions,

00:18

and features to design a realistic and effective conveyor system.

00:22

Begin with your model open in FlexSim.

00:25

In the Library, under Conveyors, select Conveyor, and in the options, select Straight.

00:34

Click a location in the model to place one end of the conveyor.

00:38

The end remains anchored to this location as you then drag the other end of the conveyor to lengthen, shorten, or control its direction.

00:47

When you are ready, simply click to place the conveyor.

00:50

Select the Conveyor.

00:53

In Properties, you can set the appearance.

00:56

Expand the Visualization menu, and you have the option to select between a Roller, Belt, or MassFlow conveyor.

01:05

Note that these are visual changes only, and changing the actual behavior of the conveyor would require further parameter adjustments.

01:13

For now, select RollerConveyor.

01:16

You can also control the direction of the conveyor.

01:19

Simply click the Switch Direction icon to reverse its direction.

01:24

As this is clicked, notice that the yellow directional arrow on the conveyor in the Model switches as well.

01:30

To reposition the conveyor within your Model, click and drag it within the 3D space.

01:36

To resize the conveyor, click in the middle of the red arrows at either end to lengthen or shorten the conveyor or to change its angle.

01:45

Next, in the Library, select Conveyors, and this time, select Curved.

01:53

Click in the Model to place one end of the curved conveyor.

01:57

Like the straight conveyor, you can use your cursor to determine how big or small the conveyor is, as well as adjust its radius.

02:05

Once the curved conveyor is placed, click Switch Direction to adjust the flow direction,

02:11

use the green arrow to adjust the conveyor radius, and the red arrows at either end to adjust the size.

02:20

Here, a second straight conveyor is added to illustrate how Join Conveyors works.

02:26

In the Library, select Join Conveyors.

02:30

In the Model, click the first straight conveyor, and then click the new conveyor to join them.

02:37

This creates a perfectly curved section of the conveyor that would be hard to achieve otherwise.

02:43

Next, connect the straight conveyor to the curved conveyor.

02:47

Once again, the Join Conveyors feature automatically creates a seamless connection.

02:52

Zoom in on the connections between conveyor segments,

02:56

and you can see that each is marked by a symbol with two lines, also known as a transfer.

03:01

You can also create a transfer by adding a conveyor and then dragging it to meet another.

03:07

As you can see here, this automatically creates a transfer.

03:12

Now you can create, connect, and design conveyors in your model to optimize your material handling systems.

Video transcript

00:03

Conveyors play a vital role in material handling and logistics simulations,

00:08

allowing you to move flow items from one point to another within your model.

00:12

You can easily create and join conveyors, as well as adjust conveyor visuals, directions,

00:18

and features to design a realistic and effective conveyor system.

00:22

Begin with your model open in FlexSim.

00:25

In the Library, under Conveyors, select Conveyor, and in the options, select Straight.

00:34

Click a location in the model to place one end of the conveyor.

00:38

The end remains anchored to this location as you then drag the other end of the conveyor to lengthen, shorten, or control its direction.

00:47

When you are ready, simply click to place the conveyor.

00:50

Select the Conveyor.

00:53

In Properties, you can set the appearance.

00:56

Expand the Visualization menu, and you have the option to select between a Roller, Belt, or MassFlow conveyor.

01:05

Note that these are visual changes only, and changing the actual behavior of the conveyor would require further parameter adjustments.

01:13

For now, select RollerConveyor.

01:16

You can also control the direction of the conveyor.

01:19

Simply click the Switch Direction icon to reverse its direction.

01:24

As this is clicked, notice that the yellow directional arrow on the conveyor in the Model switches as well.

01:30

To reposition the conveyor within your Model, click and drag it within the 3D space.

01:36

To resize the conveyor, click in the middle of the red arrows at either end to lengthen or shorten the conveyor or to change its angle.

01:45

Next, in the Library, select Conveyors, and this time, select Curved.

01:53

Click in the Model to place one end of the curved conveyor.

01:57

Like the straight conveyor, you can use your cursor to determine how big or small the conveyor is, as well as adjust its radius.

02:05

Once the curved conveyor is placed, click Switch Direction to adjust the flow direction,

02:11

use the green arrow to adjust the conveyor radius, and the red arrows at either end to adjust the size.

02:20

Here, a second straight conveyor is added to illustrate how Join Conveyors works.

02:26

In the Library, select Join Conveyors.

02:30

In the Model, click the first straight conveyor, and then click the new conveyor to join them.

02:37

This creates a perfectly curved section of the conveyor that would be hard to achieve otherwise.

02:43

Next, connect the straight conveyor to the curved conveyor.

02:47

Once again, the Join Conveyors feature automatically creates a seamless connection.

02:52

Zoom in on the connections between conveyor segments,

02:56

and you can see that each is marked by a symbol with two lines, also known as a transfer.

03:01

You can also create a transfer by adding a conveyor and then dragging it to meet another.

03:07

As you can see here, this automatically creates a transfer.

03:12

Now you can create, connect, and design conveyors in your model to optimize your material handling systems.

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