A subtractive manufacturing method that enables you to include milling constraints in a generative study.
Select this option to generate outcomes which can be manufactured using 3- or 5-axis milling operations.
You can define different milling configurations in the Manufacturing dialog.
To define a milling configuration, specify:
Milling type: 3-axis or 5-axis.
In 3-axis milling, a part is machined along the three axes of the global coordinate system: X, Y, and Z.
In 5-axis milling, a part or the cutting tool moves along five different axes simultaneously. It moves across the linear axes: X, Y, and Z rotates about the axes: A and B.
Tool Direction. It enables you to set tool orientations for 3-axis milling operation. The tool direction is oriented with reference to the Global Coordinate System.
Tool direction button... | Used... |
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X+ | to orient the tool in the direction parallel to the X axis of the triad and pointing to the positive end of the X axis. |
Y+ | to orient the tool in the direction parallel to the Y axis of the triad and pointing to the positive end of the Y axis. |
Z+ | to orient the tool in the direction parallel to the Z axis of the triad and pointing to the positive end of the Z axis. |
X- | to orient the tool in the direction parallel to the X axis of the triad and pointing to the negative end of the X axis. |
Y- | to orient the tool in the direction parallel to the Y axis of the triad and pointing to the negative end of the Y axis. |
Z- | to orient the tool in the direction parallel to the Z axis of the triad and pointing to the negative end of the Z axis. |
Minimum Tool Diameter. It is a diameter of the smallest cutting toll considered for a milling operation. See point no. 1 below:
Tool Shoulder Length. It is the length of the part of the tool considered in the setup of the generative study. See point no. 2 below:
Head Diameter. It is a diameter of a simplified head that contains the shaft and holder. See point no. 5 below: