Built-in data management capabilities designed for smart factory integration and remote network support. amada canada, ltd. Learning Path & Tutorial Content
: Used to create development diagrams (unfolded drawings) with sheet-metal specific logic. CAM Processing
AMADA AP100 is the cornerstone of sheet metal fabrication programming. It integrates 2D/3D CAD modeling with precise CAM processing for AMADA turret punch presses and laser cutting machines. This tutorial provides a structured, step-by-step approach to mastering AP100, mirroring the highly instructional format found on platforms like Tutorialspoint. 1. Introduction to AMADA AP100 amada ap100 software tutorial pdf tutorialspoint
Use the built-in 2D drawing tools (Lines, Arcs, Rectangles, Circles) to sketch the exterior profile of the component.
Eliminates manual steps through automatic tool selection, sheet layout, and sequence optimization for punching and laser cutting. IntelliNEST Module: CAM Processing AMADA AP100 is the cornerstone of
The post-processor converts the tooling data into standard G-code and M-code parameters (e.g., G00 for rapid positioning, G92 for work coordinate setting, M500 for laser firing). Save the generated .NC file.
2D geometry linked with bend deduction attributes and unbend dimensions. The AP100 Interface and master the AP100 environment
This comprehensive guide serves as a structured manual to help you understand, navigate, and master the AP100 environment, from initial geometry creation to generating the final Numerical Control (NC) code. 1. Overview of the Amada AP100 Ecosystem
Always establish a reference point (usually ) to ensure accuracy during the machining process.
Input the specific Bend Deduction (BD) value or use the software’s internal formula based on the material's K-Factor .