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The usual workflow begins by importing a 3D CAD model of the finished part. The software then simulates the entire process, including bending sequence and tooling for VPSS 3i Bend or nesting and cutting paths for VPSS 3i Blank. The NC code is automatically generated, and once finalized, it is sent directly to the AMNC 3i controller on the shop floor.

Seamless data flow from 3D CAD models straight to the machine control, reducing data conversion errors.

For manufacturers already invested in Amada equipment — or those considering such investments — the 3i software suite offers a proven pathway to higher productivity, lower operating costs, and greater competitiveness in an increasingly demanding market. amada 3i software

The software also integrates with Amada’s , enabling offline programming. A programmer can design a part on a PC, simulate the entire bending process, and transfer the finished program to any 3i‑equipped press brake via USB or network. This means the machine keeps producing parts while the next job is being programmed — a direct boost to throughput.

Implementing Amada 3i software yields tangible return on investment (ROI) across multiple departments: The usual workflow begins by importing a 3D

This guide provides an overview of the Amada 3i platform, explaining its key components, capabilities, and how it is transforming modern sheet metal fabrication.

Based on various reviews, Amada 3i software scores an average rating of 4.5 out of 5 stars. Reviewers recommend it for: Seamless data flow from 3D CAD models straight

Highly visual 3D interfaces allow programmers and operators to simulate operations. You can spot potential collisions or material issues before committing to physical production.