Copper Busbar Machine
The Copper Busbar Machine is designed for forming, punching, bending, and cutting copper busbars used in electrical power systems.
It supports stable processing in switchgear production, transformer manufacturing, and busbar trunking applications.
You can use it to handle different busbar shapes and sizes while keeping consistent accuracy in daily production.
- DataSheet
| Item | Specification |
|---|---|
| Model | Copper Busbar Machine |
| Max Processing Thickness | 20 mm |
| Max Processing Width | 300 mm |
| Punching Force | 800 KN |
| Bending Force | 800 KN |
| Cutting Force | 800 KN |
| Punching Range | Φ4.3 – 34 mm |
| Motor Power | 3 × 7.5 kW |
| Voltage | 380V / 50Hz |
| Material | Copper Busbar |
| Functions | Punching / Bending / Cutting |
| Operation Type | Manual + Hydraulic Assist |
| Machine Weight | Approx. 2300 kg |
| Machine Size | 1950 × 1550 × 1200 mm |
| Frame Structure | Reinforced steel body |
| Control System | Industrial control system |
| Working Mode | Continuous production |
| Packaging | Export wooden case |
| Warranty | 3 years |
Stable Processing for Copper Busbars
You can use this machine when working with copper busbars of different thickness levels.
The structure is built to keep stable pressure during forming, so your processing results stay consistent even when handling repeated batches.
It is commonly used in electrical cabinet production where the accuracy of copper parts directly affects assembly quality.
Multi-Process Integration
You can complete punching, bending, and cutting on the same machine without moving the material between stations.
This reduces handling time and keeps your workflow smoother in daily production.
Each operation is arranged to match common busbar processing steps, helping you maintain stable output in small or large batch orders.
Strong Force Output for Industrial Use
The machine provides 800 kN of force at the main working stations.
You can process thicker copper materials without losing stability during shaping or cutting.
This force level helps you reduce deformation issues when working with wider busbars, especially in high-current electrical projects.
Yes, you can process straight and shaped copper busbars depending on your production requirements.
You can set different working parameters based on material thickness to match your production needs.
