Click . AP100 will flatten the model, generating solid outer lines for cutting and dashed/colored internal lines representing the bend axes. 5. Tooling and CAM Processing
Where you assign tooling, set cutting paths, choose micro-joints, and simulate the machine behavior.
Adjust your sheet nesting layout, manually move the clamps within the software setup, or alter the tooling sequence.
Select the processing priority (e.g., internal holes first, outer perimeter last). amada ap100 software tutorial pdf tutorialspoint
The most comprehensive source is the AP100US Help File, which covers every feature, formula, and tool parameter.
Ensure no tools fire near or directly into the work clamps (Clamp Dead Zones).
Set your absolute origin point by typing 0,0 in the coordinate field and pressing Enter. Tooling and CAM Processing Where you assign tooling,
Before sending files to the production floor, you must run a virtual verification check. Step-by-Step Code Export
Since a text-based "Tutorialsp
For those looking for a step-by-step tutorial, the programming process generally follows these stages: Software/AP100US - Amada Canada The most comprehensive source is the AP100US Help
[2D CAD Geometry] ---> [Select Machine Profile] ---> [Assign Tooling/Laser Path] ---> [Simulate] ---> [G-Code Output] Machine and Turret Setup Navigate to . Choose your specific machine model from the SDD database.
Amada America provides a dedicated page with tutorial videos. These cover: Using the material library. Adding forming tools. Setting up nesting sequences. Part picking with TK automation.
Specify the material thickness (e.g., 1.5 mm). This value dictates the bending deduction factor. Step 3.2: Drawing the Outer Boundary Click the tool from the draw palette.
Nesting is the heart of AP100’s efficiency.