EV Multi-Core Wire 0.35mm² One-Touch Changeover Stripping and Cutting Machine

　　In the low-voltage control and signal systems of electric vehicles, 0.35mm² multi-core wires are widely used for sensor feedback, actuator control, and in-vehicle communication circuits. These wires are small in cross-section, contain multiple conductors, and are frequently changed between different specifications, placing high demands on equipment flexibility and response speed. The one-touch changeover stripping and cutting machine is designed specifically to meet the EV industry’s need for high-mix, fast-paced wire harness production.

　　The core highlight of this machine is its “one-touch changeover” capability. With preset processing parameters, operators can switch between different wire types or core configurations in a very short time without complex blade adjustments or repeated trial runs. This significantly reduces downtime and is especially suitable for EV wire harness lines where frequent model changes are common.

　　To accommodate the soft and easily deformable nature of 0.35mm² multi-core wires, the machine features refined wire feeding and clamping structures. Feeding is smooth and well controlled, preventing core misalignment or stretching. Stripping actions are precise and gentle, ensuring complete jacket removal without damaging the internal conductors, which is essential for reliable crimping and final assembly.

　　Functionally, the machine integrates length cutting, front-end stripping, and rear-end stripping into a continuous automated process, delivering high consistency in output. The user interface is simple and intuitive, allowing operators to become proficient quickly and reducing training costs. Stable operation and excellent repeatability make it well suited to the EV industry’s requirements for quality traceability and standardized production.

　　Overall, the EV 0.35mm² multi-core wire one-touch changeover stripping and cutting machine offers high flexibility, rapid setup, and stable processing performance, providing an efficient, intelligent, and forward-looking solution for electric vehicle wire harness manufacturing.