Use the "Edit/Modify" geometry tools in AP100 to stitch vertices together or run the automated "Geometry Check" tool. 4. Finding and Using Amada AP100 Software Tutorial PDFs
If you want to dive deeper into configuring your system, let me know:
The material database lacks cutting data for that specific thickness.
Configure or verify the tool turret layout or laser gas/power settings. Step 2: Part Geometry Creation (CAD) Amada Ap100 Software Tutorial Pdf
What is the of your Amada machine controller (e.g., AMNC-F, AMNC-3i)?
Small parts tipping or falling into the scrap chute, risking damage to the laser head or turret.
Add the tool to your turret configuration or select an alternative tool. Use the "Edit/Modify" geometry tools in AP100 to
Choose the appropriate Amada machine (e.g., Punch Press).
Once your design is complete and simulated:
Auto-arrange parts on raw sheets to maximize material utilization. Configure or verify the tool turret layout or
For punch presses, you must map your geometry to physical station shapes (rounds, rectangles, obrounds).
The system establishes lead-ins, lead-outs, cutting directions, and piercing types. It sequences the cuts from the inside out to maintain sheet stability. Step 4: Nesting (Sheet Layout)
Input material properties: material type (e.g., Mild Steel, Stainless Steel, Aluminum) and exact thickness.
Ensure all outer profiles are completely closed; open loops will cause CAM sequencing failures. Drawing Directly in AP100
End of tutorial.