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Industries
Flexible Bending Center in the New Energy Industry
The new energy industry has become one of the fastest growing markets for sheet metal equipment, because products such as energy storage cabinets, charging stations, inverter housings and power distribution boxes are all built from folded steel panels and all of them are produced in very large batches. Energy storage systems, in particular, are made in container-scale and cabinet-scale volumes, and the sheet metal work inside them, battery trays, cabinet bodies, doors and covers, repeats thousands of times. The flexible bending center fits this industry perfectly: the parts are large, the volumes are high, and the accuracy requirements are strict because the electrical components mounted inside follow standard dimensions.
In a new energy factory, the bending center is used for the cabinet bodies and doors of storage systems and chargers. The panels are large, often over two meters, and they need clean folds on all four sides to form the box that will hold the batteries and electronics. On a manual brake, handling a two-meter panel is heavy work for two operators, and the accuracy depends on their concentration. The bending center clamps the full panel and folds it automatically, so the cabinet is square and the door opening is true, run after run, without depending on the skill of the operator.
The new energy industry also demands consistent quality across huge batches, because a storage project can install hundreds of cabinets that all have to match. Any deviation in the cabinet frame shows up when the doors are fitted and the modules are slid in, and rework on site is expensive and slow. The bending center holds the dimensions within tight tolerances all day, so the cabinets that leave the factory fit together at the project site without adjustment. Manufacturers in this sector report that moving the cabinet panel work to a bending center reduced both their internal rework and their field service calls.
Speed matters just as much. New energy projects have fixed commissioning dates, and the sheet metal has to be ready when the batteries and electronics arrive. A plant running the bending center can fold the cabinet panels in a fraction of the time a press brake would need, and the machine can run through the night with one supervisor. As the new energy market grows and delivery schedules get tighter, the flexible bending center has become standard equipment in the factories of storage system and charging equipment manufacturers, replacing the press brakes that previously handled this panel work.
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FAQ
Burrs on cut edges,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Bending spring back and dimensional inaccuracy,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Cracking during stamping,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Welding deformation,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Surface scratches.
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Surface scratches.
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Burrs on cut edges,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Bending spring back and dimensional inaccuracy,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.
Cracking during stamping,
During laser cutting or stamping, excess metal burrs form on the edges of the sheet material due to unsuitable laser power or focal point settings, or severe wear of the stamping cutting edges.