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UG programming creates its own tool library, and the setting of tool parameters improves efficiency

1. Establish your own tool library to improve efficiency

1. Open NX

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

2. Keep a copy of the files in the library, remove the read-only attribute, and open the mill_planar.prt file template;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

3. Create commonly used tools;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

4. Create a tool library as shown in the figure;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

5. Select the newly created tool, right-click, select the template settings, click the mouse, left-click, the template settings dialog box pops up, and select all the two options, as shown in the figure;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

6. Save the template file;

7. Reopen NX, enter the processing module, and select MILL_PLANAR;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

8. Switch to the machine tool view, you can see that all the created tools exist, and you don't need to make tools every time you program them;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

Second, add parameters to the tools in the library

1. Start NX 7.5, create a new PART, and enter the processing module;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

2. Establish knives;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

3. Define the size of the tool;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

4. Output the tool to the library;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

5. Edit the cutting parameters of the tool;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

6. inserting the cutter in the tool magazine;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

7. Find the tool from the tool magazine and define the cutting parameters;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

8. Determine the defined cutting parameters of the tool;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

9. Take out the tool from the tool magazine;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

10. Establish new operations;

UG programming creates its own tool library, and the setting of tool parameters improves efficiency

11. Call the cutting parameters of the tool

UG programming creates its own tool library, and the setting of tool parameters improves efficiency
UG programming creates its own tool library, and the setting of tool parameters improves efficiency

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