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  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine
  • 3-in-1 Busbar Processing Machine

Hydraulic Busbar Machine

The Hydraulic Busbar Machine is a high-efficiency industrial system designed for copper and aluminum busbar processing. It integrates punching, bending, and cutting functions into a single hydraulic-driven platform, providing stable and precise operation for electrical manufacturing industries.

  • High-pressure hydraulic system ensures stable multi-process performance
  • Suitable for copper and aluminum busbars with different specifications
  • Industrial motor-driven system for continuous and reliable operation
ParameterValue
ModelHydraulic Busbar Machine
Max Processing Thickness16–20 mm
Max Processing Width120–200 mm
Hydraulic Pressure300–500 kN
Punching Force300–500 kN
Bending Force300–500 kN
Cutting Force300–500 kN
Punching Range4–35 mm
Motor Power3 × 3–5.5 kW
Voltage380V / 50Hz
Machine WeightApprox. 1200–1800 kg
Machine DimensionsCustomizable / Standard Industrial Size
FunctionsPunching / Bending / Cutting

 

Multi-Function Integrated Processing System

The Hydraulic Busbar Machine adopts a three-in-one integrated structure, combining punching, bending, and cutting stations within one compact machine body. Each processing module works independently, allowing flexible operation based on production requirements.This integrated design reduces material handling time between different machines and significantly improves production efficiency in your workshop. It is especially suitable for batch production environments where precision and speed are critical.

High-Stability Hydraulic Drive System

The machine is equipped with an advanced hydraulic power system that delivers consistent and controllable pressure output. During busbar processing, the system ensures stable force distribution across punching, bending, and cutting operations.This results in smooth processing edges, reduced deformation risk, and improved dimensional accuracy of finished busbars. The hydraulic system also enhances long-term operational stability under continuous industrial workload.

Heavy-Duty Machine Structure & Industrial Motor System

The machine frame is built from high-strength welded steel, ensuring rigidity and long-term durability. The heavy-duty structure minimizes vibration during operation, which helps maintain processing accuracy.Industrial-grade motors provide continuous power support for all three processing stations. This ensures stable operation even under high-load production conditions, making the machine suitable for large-scale electrical manufacturing plants.

Can the Hydraulic Busbar Machine process different lengths of busbars?

Yes. There is no fixed limitation on busbar length. Users can freely cut raw materials according to project requirements.

Is the machine suitable for both copper and aluminum busbars?

Yes. The system is designed to handle both copper and aluminum materials with stable processing performance.

Are punching dies replaceable on this machine?

Yes. The punching dies are modular and can be replaced to match different hole diameters and electrical component standards.

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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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