CNC Copper/Aluminum Busbar Bending Machine

A CNC Copper/Aluminum Busbar Bending Machine is an automated system that accurately bends copper or aluminum busbars into precise angles and shapes, driven by advanced CNC (Computer Numerical Control) technology.

Features

Multi-Material Adaptive Bending Control
Our CNC Copper/Aluminum Busbar Bending Machine features a 0.001° high-resolution dual encoder that monitors the yield strength variations in copper and aluminum materials (copper: 106–230MPa, aluminum: 70–270MPa) in real time and automatically adjusts bending parameters for optimal performance. Positioning accuracy reaches ±0.02mm. The core bending module is fitted with German INA cross roller bearings, achieving repeat positioning accuracy of ±0.015mm and keeping the bending angle error within ≤0.3° for both copper and aluminum busbars.

Efficient, Energy-Saving Power Architecture
The equipment incorporates a dual energy recovery system that captures and stores kinetic energy generated during bending, cutting overall energy consumption by 42% compared to traditional hydraulic models. It uses twin IE5-class permanent magnet synchronous motors with a peak torque of 380N·m, paired with a servo drive system that responds within 0.04ms. The unit energy consumption for bending is as low as ≤0.4kWh per piece.