The Double Heads Busbar Bending Machine is a state-of-the-art hydraulic system designed for transformer busbar processing. It performs dual-end bending in a single operation at each end, eliminating the need for manual repositioning of copper or aluminum busbars. The machine supports rectangular strips and dovetail strips with integrated cooling ducts, offering high precision, reduced labor, and optimized production speed. Ideal for high-volume transformer manufacturing, this equipment guarantees consistent quality and efficiency.
| Parameter Name | Unit | Value |
| Nominal Pressure | KN | 600 |
| Processing Range | mm | 3×30–6×260 |
| Total Power | KW | 5.5 |
| Machine Dimensions | mm | 4000x700x1000 |
| Gross Weight | KG | 1300 |
| Accessories Included |
| Two sets of bending dies, two sets of foot switches, one set of maintenance tools and accessories, one instruction manual, and one certificate of conformity. |
Q1: Can this machine handle both rectangular and dovetail strips?
A: Yes, the machine is designed for both rectangular strips and dovetail strips. Integrated cooling ducts ensure thermal management and maintain strip quality during high-speed bending.
Q2: What materials are supported?
A: The machine supports copper and aluminum busbars within the specified processing range, suitable for transformer and busbar assembly applications.
Q3: Is repositioning required for dual-end bending?
A: No, the dual-head design bends both ends in a single operation, eliminating the need for manual repositioning and reducing production time.
Q4: How fast is the bending process?
A: The high-speed hydraulic system enables single-pass dual-end bending, significantly improving productivity while reducing processing steps and labor requirements.
Q5: Are the hydraulic components reliable?
A: Yes, all major hydraulic and electrical components are sourced from top global brands, ensuring long-term stability, precision, and smooth operation.
Q6: Does the machine maintain precision for high-volume production?
A: Absolutely. Each end is bent once per cycle with minimal deformation, ensuring consistent accuracy even in high-volume production.