An example of a nesting procedure

This example shows you how to nest three different parts in a sheet:

1. Click Edit tab > Transform panel > Nesting to display the Nesting dialog.
2. Select the sheet .

   

3. Click the Add as organised sheets button. The sheet is added to the Sheets list on the Nesting dialog:

   

4. Select the Surface 'Bracket' part .

   

5. Click the Add as a single part button. The part is added to the Parts list on the Nesting dialog:

   

6. Set the following values for the part in the Parts list:
   • Border: 2
   • Quantity:3
7. Click More options.
8. Set the following additional values for the part:
   • Rotation step angle: 1
   • Part Priority:1

   

9. Repeat steps 4-8 for the remaining two parts as follows:
   • Surface 'Slot' part using values; Border 1, Quantity 2, Rotation step angle 1, Priority 2
   • Surface 'filler' part using values; Border 1, Quantity 200, Rotation step angle 1, Priority 3, and ensure the Rotate text label with part check box is selected.
   Note: This option is selected by default.

   The Parts list should appear as shown below:

   

   Note: Alternatively, you can select all three parts and click the Add as organised parts button to add them all at once. You can then set the values for each part by highlighting each one in the Parts list.
10. Click Apply. The parts are nested according to the values you have entered:

    

    The Parts list is updated to show the number of each part nested:

    

    This shows that:

    • all the required Surface 'Bracket' (priority 1) parts have been nested.
    • both of the Surface 'Slot' (priority 2) parts have been nested.
    • 26 of the Surface 'filler' (priority 3) parts have been nested.
11. Click and drag one of the Surface 'Slot' parts. As you move the part, overlapping parts turn red:

    

    Tip: You can also rotate a part by selecting and dragging the border outline.
12. Click Apply to rearrange the parts based on the new position of the Surface 'Slot' part.

    

    The parts are rearranged and the number of Surface 'filler' parts that can be nested has increased: