This flexible automated line is designed for tube parts requiring different operations at each end — integrating automatic loading, first-end forming, tube bending, second-end forming, and unloading into a continuous, fully automated production sequence.

Differentiated End Processing: Unlike symmetrical production lines, this system is configured to perform distinct operations at the left and right ends of each tube within a single production pass. This makes it well suited to components where each end serves a different connection or sealing function, requiring a different forming geometry per side — a common requirement in brake lines, fuel lines, and hydraulic circuit tubing.

Minimal Manual Input: The only manual step in the entire process is initial tube loading. Once placed, the part is carried through all subsequent forming, bending, and unloading operations automatically. This approach preserves flexibility in accepting tubes of varying or irregular dimensions while keeping labor involvement to a minimum throughout the production cycle.

Robotic Arm Inter-Station Transfer: Because the tubes processed by this line are often irregularly shaped or have profiles that do not suit standard conveyors or gravity chutes, a robotic arm handles transfer between stations. The robotic arm adapts to each tube's geometry, ensuring secure, repeatable positioning at every workstation without marking or deforming the part surface.

Integrated Bending Station: In addition to both-end forming, the line includes a pipe bending station that shapes the tube body to the required three-dimensional profile. This allows complex multi-operation parts to be completed in a single pass, eliminating the need to route work between separate forming and bending machines.

Recipe-Based Changeover: All process parameters are stored as named recipes. Switching to a different part number requires only recipe selection, after which the system reconfigures all axes and process settings automatically. This minimizes changeover downtime and reduces the potential for human error during setup.

Standalone Operation Capability: While the line is designed to integrate into broader manufacturing environments, it is also capable of operating as a standalone machine. This gives manufacturers flexibility to deploy it independently when production volumes or workflow requirements do not yet justify full line integration, and to scale up later as needed.

Low Labor Dependency: With manual intervention limited to the initial loading step, the line runs with a very small operator footprint. This reduces per-unit labor cost and removes the variability that manual handling at intermediate steps would otherwise introduce into the process.