Introduction
With the rapid growth of the electric vehicle (EV) industry, the demand for high-precision components such as battery modules and motor busbars continues to increase. This trend has raised higher requirements for copper and aluminum busbar bending machines in terms of accuracy, efficiency, and automation.
Manufacturers often face key challenges when selecting equipment:
How to match machine capacity with production demand
How to balance precision and cost
How to handle multi-variety and fast changeovers
Machine Positioning: Designed for High-End Manufacturing
The BL-TP-30-5E copper & aluminum busbar bending machine is developed for industries such as new energy vehicles and electrical distribution systems.
Its design focuses on solving common production issues:
Insufficient bending accuracy
Low production efficiency
High dependence on manual labor
Precision & Control: Key Technical Advantages
The BL-TP-30-5E features:
13-axis full servo control system
Bending angle accuracy of ±0.2°
Feeding repeat positioning accuracy ≤0.1 mm
With a bending cycle as fast as 3 seconds per step, the machine significantly improves production efficiency while maintaining consistent quality.
Functional Integration: One Machine, Multiple Processes
This machine supports multiple processes in one system:
Automatic feeding
Wire rotation and positioning
Cutting and forming
Chamfering, punching, and slotting
Changeover time is reduced from 1 hour to 5 minutes, greatly improving flexibility.
Service & Installation Requirements
24/7 technical support
On-site service within 48 hours
Custom process development
Remote maintenance and upgrades
12-month standard warranty
Installation requirements:
Floor load ≥500 kg
Space: 6800 mm × 2500 mm
Power: 380V / 50Hz / ≥35 kW
Application Scenarios
Suitable for EV battery manufacturers, electrical cabinet producers, and medium to large-scale factories requiring high precision and flexible production.
Conclusion
Choosing the right copper & aluminum busbar bending machine depends on your production needs. A fully automated solution can significantly improve efficiency, reduce labor costs, and enhance product quality.
