Click Multi-Pad
in the Sketch-Based Features toolbar (Pads sub-toolbar).
Select the sketch that contains the profiles to be extruded.
The Multi-Pad Definition dialog box appears and
the profiles are highlighted in green. For each of them, you
can drag associated manipulators to define the extrusion value.
The red arrow normal to the sketch indicates the proposed
extrusion direction. To reverse it, you just need to click it.
![](../PdgUserImages/bt483.gif)
The Multi-Pad Definition dialog box displays the
number of domains to be extruded. In our example, the application
has detected seven extrusions to perform, as indicated in the
Domains section.
![](../PdgUserImages/dbmultipad1NLS.gif)
Select Extrusion domain.1 from the dialog
box.
Extrusion domain.1 now appears in
blue in the geometry area.
Specify the length by entering a value. For example,
enter 10mm. You can increase or decrease length values by dragging
LIM1 or LIM2 manipulators.
You need to repeat the operation for each extrusion
domain by entering the value of your choice. For example, select
Extrusion domain.2 and Extrusion domain.7 and
enter 30mm and 40mm respectively.
Note that you can multi-select extrusion domains from
the list before defining a common length: multi-select Extrusion
domain.3, Extrusion domain.4, Extrusion domain.5
and Extrusion domain.6, then enter 50 as the common length
value.
![](../PdgUserImages/bt078NLS.gif)
One length value is now defined for each profile of
Sketch.2.
Click More>> to expand the dialog box and
access the following options:
![](../PdgUserImages/dbmultipad2NLS.gif)
In the Second Limit box, you can specify
a length value for the opposite direction. For example, select Extrusion
domain.1 and enter 40mm in the Length box.
Note that the Thickness column displays
the sum of the two lengths. Extrusion domain.1 's
total length is 50 mm.
Click OK to create the multi-pad.
The multi-pad (identified as Multi-Pad.xxx) is
added to the specification tree.
![](../PdgUserImages/bt484.gif)