0.75mm² Shielded Battery Wire Automatic Feeding Semi-Automatic Stripping Machine

　　In power battery and energy storage systems, 0.75mm² shielded wires are widely used for sampling circuits, communication interfaces, and connections between control units. Although the wire size is relatively small, it requires high stripping precision and careful protection of the shielding layer. Manual processing often leads to problems such as shield unraveling or damage to the conductor. The automatic feeding semi-automatic stripping machine is designed specifically for these delicate processing requirements.

　　This machine features an automatic wire feeding structure that maintains stable feeding speed and consistent stripping start positions. Operators only need to handle basic loading and unloading, enabling continuous operation while reducing labor intensity and improving processing consistency. Compared with fully manual tools, this semi-automatic configuration achieves an effective balance between efficiency and flexibility.

　　To match the structural characteristics of shielded battery wires, the stripping mechanism emphasizes controlled, light cutting with layered precision. The outer jacket is removed smoothly without pulling or deforming the shielding layer, minimizing the risk of mesh distortion or loosening. For fine-gauge wires such as 0.75mm², this gentle yet accurate stripping method is particularly important for reliable downstream grounding and terminal assembly.

　　In practical production, the machine is well suited for small to medium batch processing with frequent specification changes. Parameter settings are intuitive, allowing quick adjustment of stripping length and depth to match different battery modules or harness designs. Stable operation and high repeatability help manufacturers establish standardized and efficient wire pre-processing workflows.

　　Overall, the 0.75mm² shielded battery wire automatic feeding semi-automatic stripping machine focuses on practicality and stability, providing a cost-effective and easy-to-manage solution for battery system wire harness processing.