Activity 1: Face the top
In this activity, you flatten the top surface of the block in a process called Facing.
Steps
Open the Tutorial 1 part.
- If necessary, on the Application bar, click Show Data Panel
to show the Data Panel. - In the Data Panel, under Samples, double-click CAM Samples > Tutorials > Tutorial 1.
- Close the Data Panel.
- If necessary, on the Application bar, click Show Data Panel
Save a copy of the model to a personal folder.
- On the Application Bar, click File > Save As.
- Under Location, create a project or select one of the existing ones.
- Click Save.
On the Design workspace toolbar, from the Workspace menu, select Manufacture.

Start a new facing operation and, from the Samples Tutorial - Metric library, select the #1 - Ø50 mm face mill tool.
On the Manufacture workspace toolbar, click Milling > 2D > Face
.This creates a new Facing operation and opens the Face dialog.
On the Tool tab
, click Select.This opens the tool library.
In the Libraries panel on the left, select Fusion Library > Tutorial Tools (Metric).
You may need to turn the library on.
From the list, select #1 - Ø50 mm (Face mill).

Click Select.
Verify the stock Face selection, change the Pass Extension setting to 5 mm, and start the calculation.
In the Face dialog, click the Geometry tab
.Face assumes that the stock area is the same as the machining area. The size of the stock is shown as a yellow outline around the part. There is nothing to specify.

Click the Passes tab
.Set Pass Extension to 5 mm.
The Pass Extension setting specifies the distance to extend the cut beyond the machining boundary shown in yellow.
Click OK to start the calculation and automatically create a setup with default parameters.
In the Browser, a Setup1 node is added. A setup defines various general properties for the machining operations, including the Work Coordinate System (WCS), the stock geometry, fixtures, and the machinable surfaces.
Activity 1 summary
In this activity, you selected a Facing operation, selected a tool, and flattened the top of the part.
The part model (left) and the calculated toolpath with in-process stock (right) are shown below. In-process stock visualizes the effect of the toolpath on the stock material.

The toolpath is shown with a red arrow start, yellow rapid move, green lead-in and lead-out moves, blue cutting moves and a green arrow at the end.
