DC Charging Pile Automotive Wire Harness 50mm² Stripping Machine
In high-power output systems of DC charging piles, 50mm² automotive wire harnesses carry the core current transmission, directly affecting charging efficiency and operational safety. These cables have large diameters, high copper conductor rigidity, and thick insulation layers, placing extremely high demands on the structural strength, cutting control, and overall stability of stripping equipment. A stripping machine designed specifically for the 50mm² specification is therefore a heavy-duty solution tailored for DC charging pile harness processing.
The machine emphasizes high rigidity and load-bearing capacity in its structural design. A reinforced frame, combined with powerful clamping and drive systems, keeps the cable axially stable during stripping, preventing uneven stripping caused by rebound or displacement. Even with short stripping lengths or high-frequency continuous operation, consistent and clean results can be maintained.
In terms of stripping performance, the machine focuses on controlled, deep cutting without conductor damage. By precisely managing cutting depth, it cleanly removes the thick insulation while protecting the large cross-section copper conductor from scratches or deformation. This is critical for subsequent terminal crimping, electrical conductivity, and long-term reliability, and is difficult to achieve consistently with manual processing.
From a production standpoint, the 50mm² stripping machine is well suited for batch pre-processing of DC charging pile wire harnesses. The operating process is clear, with centralized and intuitive parameter adjustment. Stripping length and processing rhythm can be quickly configured to match different vehicle models or charging power schemes, reducing setup time and rework. Stable operation supports standardized, high-consistency production workflows.
Overall, the DC charging pile automotive wire harness 50mm² stripping machine is characterized by strong power, robust construction, and high reliability. It effectively addresses the challenges of processing large-diameter, high-current cables and is an essential piece of equipment in DC charging infrastructure wire harness manufacturing.
