Implementing AMADA 3i software delivers measurable improvements to high-mix, low-volume manufacturing environments. Radical Reduction in Setup Times
User-friendly graphical interfaces that allow programmers and operators to simulate, tweak, and verify jobs digitally before cutting physical material.
The 3i suite is modular, allowing fabrication shops to scale their software capabilities based on their specific machinery: Primary Function Punch and laser CAM programming Nesting, skeleton processing, cutting paths Bend 3i Press brake sequencing and tooling Automatic bend data generation, backgauge positioning Production Info 3i Real-time shop floor scheduling Tracking job statuses, machine uptime, and bottlenecks Maximizing Your Investment amada 3i software
The VPSS 3i (Virtual Prototype Simulation System) suite is the offline programming engine that powers digital manufacturing. It includes specialized modules for different processes and is compatible with Windows 7, 8.1, or 10 (64-bit):
Amada 3i software is more than just a CAM programming tool; it is a holistic manufacturing strategy. By uniting engineering design, offline simulation, and machine-level execution into a single, cohesive ecosystem, it eliminates the traditional bottlenecks of sheet metal fabrication. For shops aiming to increase throughput, minimize scrap, and maximize the ROI of their Amada machinery, mastering the 3i platform is an essential step toward future-proof manufacturing. It includes specialized modules for different processes and
Amada 3i software is not merely an accessory to a machine; it is a comprehensive manufacturing operating system. By democratizing complex programming through intuitive visualization, integrating design and fabrication data, and enabling smart automation, it addresses the manufacturing industry's most pressing challenges: the shortage of skilled labor and the demand for faster turnaround times.
VPSS 3i provides a collaborative environment where designers, engineers, and machine operators can interact with the virtual model to perfect the process before cutting or bending begins. Amada 3i software is not merely an accessory
This software handles everything from single-component processing to complex material nesting. Once you specify the production data, the system automatically generates the NC code, even for jobs involving multiple sheet metal processing steps. One of its key strengths is its adaptability, as you can customize the processing parameters within a central database to achieve the best-possible result automatically and minimize manual rework.
The is probably the bending processor with collision checking and automatic sequence revision — because that’s where most sheet metal CAM fails (manual edits, trial bends, crashes). 3i automates a problem that others still treat as “operator expertise required.”