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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

CNC Busbar Processing Machine

The CNC Busbar Machine is an advanced intelligent busbar processing system designed for high-precision copper and aluminum fabrication. It combines CNC control technology with hydraulic or servo-driven mechanisms to achieve automated punching, bending, and cutting operations in a single production platform.

  • CNC intelligent control system for high-precision automation
  • Compatible with copper and aluminum busbars of various specifications
  • Supports continuous industrial production with stable performance
ParameterValue
ModelCNC Busbar Machine
Max Processing Thickness16–20 mm
Max Processing Width120–200 mm
Control SystemCNC Intelligent Control System
Hydraulic / Servo Pressure300–500 kN
Punching Force300–500 kN
Bending Force300–500 kN
Cutting Force300–500 kN
Punching Range4–35 mm
Motor Power3 × 3–7.5 kW
Voltage380V / 50Hz
Machine WeightApprox. 1300–2000 kg
Machine DimensionsStandard / Customized Industrial Layout
FunctionsPunching / Bending / Cutting / CNC Programming

 

CNC Intelligent Multi-Process Control System

The CNC Busbar Machine adopts an intelligent numerical control system that enables precise programming of all processing steps. Operators can input parameters such as hole position, bending angle, and cutting length directly into the CNC interface, ensuring consistent and repeatable production results.Compared with traditional manual systems, this CNC-controlled structure significantly reduces human error and improves production accuracy. It is particularly suitable for high-volume manufacturing environments requiring strict dimensional consistency.

Hydraulic Hybrid Drive System

The machine integrates advanced servo or hydraulic drive technology to ensure smooth and stable force output during processing. Each operation—punching, bending, and cutting—is precisely controlled by the CNC system to maintain consistent performance across all production cycles.This stable drive system ensures clean edges, accurate hole positioning, and minimal material deformation. It also enhances machine responsiveness, making it suitable for complex busbar designs and high-precision electrical components.

Heavy-Duty Industrial Frame & CNC Automation Structure

The CNC Busbar Machine is constructed with a reinforced steel frame designed for long-term industrial operation. The rigid structure minimizes vibration during high-speed CNC movement, ensuring stable machining accuracy.The integrated CNC control cabinet coordinates all machine functions, allowing seamless switching between different processing tasks. This automation design significantly reduces manual labor while increasing overall production efficiency in electrical manufacturing plants.

Can the CNC Busbar Machine process different busbar lengths?

Yes. The CNC system allows flexible programming, so users can process busbars of various lengths without physical limitations.

Does the CNC system require manual adjustment during operation?

No. Once parameters are set, the CNC system automatically controls punching, bending, and cutting operations with high precision.

Can the machine store production programs?

Yes. The CNC controller can store multiple processing programs for different product designs, improving production efficiency.

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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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