Amada 3i Software _best_ -
The tool management is also automated, as the software proposes the best possible tool layout based on the production schedule and the specific machines in use. This refinement helps to lower setup times, reduce errors, and speed up production.
The Amada 3i software suite is a powerful, integrated system that serves as the digital backbone of a modern sheet metal fabrication shop. By connecting the design office with the production floor, it empowers businesses to eliminate manual processes, reduce errors, and maximize the potential of their equipment.
AMADA (Virtual Prototyping Simulation System) is a comprehensive CAD/CAM software suite designed to digitize sheet metal manufacturing processes . It creates a "digital twin" of production to detect errors and optimize workflows before they reach the shop floor. Core Modules & Functionality amada 3i software
Amada 3i is not a monolithic piece of software. It is a collection of purpose-built applications that communicate with each other. Depending on your equipment, you will interact with several of these modules.
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. The tool management is also automated, as the
: Features like on-screen nesting and automatic tool changing (seen in the EM series) keep machines running longer with less human intervention.
The software evaluates the final assembled product first, tracking backward through welding, bending, and blanking. By connecting the design office with the production
AMADA built the 3i ecosystem to solve common manufacturing bottlenecks. The software connects the engineering office directly to the factory floor using three main principles:
A key element of the 3i ecosystem is the vSDD (AMADA Virtual Server for Data & Document Management) database. This acts as a central repository for all production data, from part drawings and tool setups to bending sequences and machine programs. All information is managed centrally and made available on demand to any connected machine or programming workstation, ensuring that the entire production process is working from the same, up-to-date information.