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The manufacturing of industrial shelving and storage systems requires production processes capable of combining high productivity, dimensional accuracy and process stability.
Manufacturers of racking profiles need to produce large volumes of uprights, beams and other structural profiles while maintaining tight tolerances, synchronization between operations and fast changeovers between different references. At the same time, any instability in roll forming, punching or profile handling can lead to line stoppages, assembly issues or quality-related costs. In this context, roll forming lines for industrial shelving systems must guarantee continuous production, repeatability and flexibility.
Fagor Arrasate develops solutions designed to address these challenges and optimize plant productivity.
Challenges in the production of profiles for industrial shelving systems
Benefits of our roll forming lines for industrial shelving systems
CONTINUOUS PRODUCTION AND HIGHER OUTPUT The integration of in-line operations helps maintain a stable production flow and reduce unproductive time.
HIGH DIMENSIONAL REPEATABILITY Coordinated control of punching, forming and cutting ensures consistent profiles in long production runs.
GREATER FLEXIBILITY BETWEEN REFERENCES Adjustable configurations and quick tooling changes make it easier to adapt to different profile geometries.
AUTOMATION OF END-OF-LINE HANDLING Unloading, conveying and stacking systems reduce manual intervention and improve process stability at the end of the line.
SCALABILITY OF THE INSTALLATION The modular design of the line allows capacity and automation levels to evolve according to production needs.
Common components in industrial shelving systems
Roll forming lines for industrial shelving systems enable the continuous production of different metal components from coil material, integrating operations such as punching, forming, roll forming and cutting according to the requirements of each application. This technology is especially suitable for producing parts with repetitive geometries, high dimensional accuracy and strong process stability, commonly used in storage and industrial shelving systems.
Uprights
Shelving trays or panels
Beams or load beams
Brackets or joining components
Frequently asked questions (FAQ)