This tutorial guides you through the process of using CAM Assist's ‘3-Axis’ machining mode to compute a toolpath strategy for a part.
The tutorial uses CloudNC’s ‘Demo Part 1’. However, the same process can be used for any part that can be opened in Siemens NX.
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CAM Assist works with the Siemens NX manufacturing environment and manufacturing templates. |
Preparation
Before following this tutorial, you must have successfully completed the following steps:
Install CAM Assist - follow the instructions in Installing CAM Assist.
Open a part - follow the instructions in Opening a Part (this tutorial uses ‘Demo Part 1’).
Using the ‘3-Axis’ Machining mode
On completing the Preparation, you’ll see the CAM Assist user interface with ‘Demo Part 1.prt’ open, as shown below.
To use the ‘3 Axis’ Machining mode, you’ll take the following steps:
Specify the Machining mode
Configure the Target setups
Specify the Machining mode
Configure the Target setups
Ensure at least one ‘setup’ is checked.
The content of the ‘Target setups’ section reflects the workpiece configuration of the part, as displayed in the ‘Geometry’ view of the Siemens NX Operation Navigator (see the following side-by-side screenshots).
Setup 1 - ensure at least oneSetup is checked.
If you want CAM Assist to create a toolpath strategy for a setup, check the box for that setup (in this case, ‘Setup 1' and/or 'Setup 2’).
Avoidance geometry
This is optional (for ‘how to use’ details, see Avoidance Geometry, below).
For this Tutorial:
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If you want CAM Assist to create a toolpath strategy for a setup, ensure that the respective setup's checkbox (such as 'Setup 1') is checked.
For each setup that you’ve checked:
Avoidance geometry - (optional) see Avoidance Geom etry, below.
Set the Workholding security - CAM Assist will choose roughing tools suitable for the specified workholding. Set the slider to the required position between, or at, the two extremes:
Excellent - a more secure ('excellent') workholding, such as a vise with serrated jaws, will result in CAM Assist selecting larger tools or more aggressive cutting parameters. This will result in faster toolpaths, but with m