You may be referring to one of the following:
The control is designed for Industry 4.0 compatibility, connecting directly to the Amada SDD (Data Management) Server via Ethernet. This central server stores all production data, including part drawings, tool setups, bending sequences, and machine programs, making it available to both machines and programming workstations on demand. All information is managed centrally, eliminating data silos and ensuring consistency across the production environment.
In summary, AMADA 3i software is more than just a control panel; it is a comprehensive manufacturing ecosystem. It empowers operators to work faster, reduces the likelihood of costly mistakes, and provides the data transparency needed to thrive in a competitive global market. For any fabrication shop looking to modernize, mastering the 3i interface is the first step toward a more efficient future. To help you get the most out of this topic, I can: Find for specific AMNC 3i functions. Compare the 3i versus the older AMNC-F controls. Look up compatible machine models for this software. Share public link
The AMNC 3i features an 18.5-inch multi-touch screen with a user-friendly interface that enables complete management of the process, machine, and all functions through an intuitive, smartphone-like approach. It supports four distinct programming methods — direct, angle, 2D, and 3D — plus comprehensive tool setup management, enabling quick and easy programming even for highly complex parts.
I can provide a targeted breakdown of the specific your shop needs. Share public link amada 3i software
This module bridges the gap between your Enterprise Resource Planning (ERP) system and the shop floor. AOM tracks incoming orders, batches jobs based on material thickness, and schedules production dynamically based on machine availability. 3. V-factory Support
Investing in Amada 3i software yields measurable returns across several operational KPIs: How 3i Achieves It
Traditionally, press brake operators had to test-bend scrap pieces of metal to find the right adjustments. With VPSS 3i Bend, the software utilizes precise material property data to calculate exact springback and bend allowances. Parts are programmed correctly offline, allowing for "first-part, right-part" manufacturing. Drastic Reductions in Machine Downtime
By removing manual data entry and replacing it with automated, intelligent processing, Amada 3i software transforms standard sheet metal fabrication into a highly predictable, high-margin digital manufacturing process. You may be referring to one of the
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.
– Amada is a well-known manufacturer of sheet metal fabrication equipment, including press brakes (e.g., HG 1003i, HFE 3i series). These machines use control software (e.g., AMNC 3i) for bending automation.
Based on the part geometry, the software selects the optimal punch and die set.
A single centralized database stores all part geometries, tooling data, and production logs. This eliminates data silos between different departments. Key Modules and Capabilities In summary, AMADA 3i software is more than
Because programming, nesting, tool selection, and collision checking are performed virtually in the engineering office, the machines on the shop floor spend less time waiting for programs and more time cutting or bending metal. Optimized Material Utilization
The you are focusing on (e.g., fiber lasers, press brakes, or punch combinations)
AMADA 3i software represents a shift from "operating a machine" to "managing a process." By combining high-level automation with an accessible interface, it empowers manufacturers to meet the demands of high-mix, low-volume production while maintaining the highest standards of accuracy. It is more than a control screen; it is the intelligence that makes modern fabrication possible.