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Hydraulic Busbar Bending Machine

The Hydraulic Busbar Bending Machine is widely utilized in the manufacturing sectors of power distribution cabinets, electrical equipment, and busbar systems. Employing a mature hydraulic drive mechanism, it delivers stable output and is well-suited for high-volume processing environments, capable of meeting the bending requirements for busbars of various specifications.

  • Features a hydraulic drive system for stable and reliable output.
  • Suitable for a wide range of busbar materials, including copper and aluminum bars.
  • Ideal for mass production applications within the electrical equipment industry.
ParameterValue
ModelHydraulic Busbar Bending Machine
Nominal Pressure400 KN
Max Bending Thickness16 mm
Max Bending Width200 mm
Bending Angle Range0° – 135°
Angle Accuracy±1°
Stroke Length200 mm
Motor Power5.5 kW
Hydraulic Pressure25 MPa
Oil Tank Capacity80 L
Voltage380V / 50Hz
Control TypeManual / Semi-Automatic
Machine WeightApprox. 3000 kg
Machine Dimensions3200 × 1200 × 1600 mm
FunctionsBusbar Bending
Stable Hydraulic Bending System

Stable Hydraulic Bending System

The Stable Hydraulic Bending System utilizes a proven hydraulic transmission system capable of delivering a steady pressure of up to 25 MPa, thereby ensuring consistent bending performance. It supports continuous operation for over 8–10 hours per shift, making it ideally suited for mass production environments. During processing, the system operates smoothly with minimal fluctuation, guaranteeing stable bending results across multiple cycles and enhancing the overall efficiency of your production workshop.

Reinforced Mechanical Structure

The Hydraulic Busbar Bending Machine features a high-strength steel frame structure with reinforced critical load-bearing components, enabling it to withstand heavy-duty bending operations. This rigid structure ensures stable performance under high pressure and helps maintain consistency in processing results. With a substantial weight of approximately 3,000 kilograms, the machine effectively minimizes vibration during operation, thereby enhancing the overall production efficiency of your manufacturing line.

Reinforced Mechanical Structure
Flexible Bending Capabilities

Flexible Bending Capabilities

The hydraulic busbar bender supports a bending angle range of 0° to 135°, enabling the flexible processing of busbars in various shapes. Through simple manual adjustments, it can accommodate busbars of diverse dimensions, thereby meeting both standard and custom production requirements. Operators can rapidly switch between different bending tasks, thereby enhancing the workflow efficiency and adaptability of your production workshop’s daily operations.

What types of manufacturing enterprises are best suited for hydraulic busbar bending machines?

They are suitable for enterprises that prioritize equipment stability and cost control—such as traditional electrical equipment manufacturers and medium-sized machining workshops.

What are the advantages of hydraulic bending machines compared to CNC bending machines?

They feature a simple structure and a more competitive price point, making them ideal for users who do not require a high level of automation but need reliable processing capabilities.

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Why Choose FengHua for Your Busbar Processing Project?

A busbar machine supplier should be evaluated by its ability to define, configure and test the proposed equipment. Compare the confirmed machine model, punching, cutting and bending capacity, applicable copper and aluminum busbar specifications, positioning method, tooling configuration, control system, electrical components, included documentation, processed samples, FAT results, warranty terms and spare-parts scope. For projects involving specific hole layouts, cutting lengths, bending angles, dimensional tolerances or surface requirements, request a sample test using the specified busbar material before final acceptance. Record all agreed machine functions, technical parameters, tooling, components, inspection criteria and service responsibilities in the technical quotation and contract.
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