If you need help with a specific part of the software, please tell me:
If you need help setting up specific parameters, let me know: Your (laser, punch, or combo)
+-------------------------------------------------------+ | +---------+ +---------+ +-----+ +-----+ | | | Part A | | Part A | |PartB| |PartB| | | +---------+ +---------+ +-----+ +-----+ | | | | +---------------+ +-------+ | | | Part C | | Part D| [Scrap Sheet] | | +---------------+ +-------+ | +-------------------------------------------------------+ 4.1 Creating a Nesting Job Open the from the Data Manager.
Specific that offer deep-dive tutorials on AP100. Official Amada training resources that provide PDF manuals. amada ap100 software tutorial pdf tutorialspoint
TutorialsPoint-style breakdown:
Select the V-die width that matches your shop’s press brake tooling.
The basic workflow in AP100 involves taking a part from design to code generation. According to basic programming guides, the process generally follows these steps: If you need help with a specific part
Because AP100 is a legacy but still widely used system (many shops run it alongside AP100USB or later versions like VPSS), learning it remains a high-value skill.
Create a parts fabrication list. Import your components and specify the required production quantities for each.
Ranging from small diameter tools to large auto-index (rotating) stations. Create a parts fabrication list
Once your geometry is finalized, it must be translated into tooling paths for an Amada Turret Punch Press.
Drag, drop, and rotate parts ( 0° , 90° , 180° , 270° ) to pack them tightly together. Auto-Nesting (Optional Feature)