New Energy LVDS 1.0mm² Constant-Length Wire Stripping Machine That Does Not Damage the Core

　　In the field of new-energy wiring harness production, LVDS 1.0mm² cables require extremely strict stripping precision. Because these cables are used for high-speed signal transmission, even slight scratches, compression marks, or tension damage on the inner conductor can cause signal loss or vehicle system malfunction. Therefore, a professional stripping machine that offers constant-length accuracy and zero core damage becomes essential for quality control.

　　The machine achieves this through three key design features:

　　1. Precise Constant-Length Control

　　A servo feeding system paired with a high-sensitivity measuring unit ensures stable positioning even with tiny cable movements. Each cutting action falls on the exact same reference point, whether the job involves 100 or 10,000 LVDS cables. No cumulative deviation occurs, and each finished piece maintains consistent dimensions.

　　2. Core-Safe Blade Design

　　To prevent any damage to high-speed signal conductors, the machine typically uses V-shaped or curved blades that distribute cutting forces evenly without touching the copper core directly. The cutting depth is micro-adjusted by the control system with near-micron precision, allowing the blade to slice through the insulation cleanly while stopping just short of the conductor—this is the essence of its “no core damage” capability.

　　3. Soft Clamping and Controlled Retraction

　　Since LVDS 1.0mm² cables are relatively soft, the clamping mechanism must avoid excessive pressure. These machines use adjustable soft-grip clamps combined with a slow-retraction strategy so the cable remains intact during stripping, preventing stretching, twisting, or hidden conductor damage.

　　In terms of cost, machines that combine constant-length control with core-safe stripping are positioned in the mid-to-high segment, especially those designed specifically for new-energy harness lines.

　　Their value is clear: reduced rework, stable signal quality, and improved production reliability.

　　If your LVDS applications require even higher precision, features like automatic calibration or recipe memory can be added to improve efficiency during specification changes.