IDCLVDS 0.5mm² Automatic Feeding Coaxial Wire Stripping Machine
In display modules, automotive screens, and precision electronic devices, IDCLVDS 0.5mm² cables are commonly used for high-speed signal transmission, where structural integrity and processing accuracy are critical. These cables feature fine layers and delicate conductors, and even minor stripping deviations can affect signal stability. The automatic feeding coaxial wire stripping machine is designed specifically for such high-precision applications.
This machine is equipped with an automatic wire feeding system that maintains stable control over feeding speed and positioning length, ensuring a highly consistent stripping start point for every cycle. Compared with manual feeding, this structure significantly reduces wire stretching and positioning errors, creating reliable conditions for precise stripping. It is especially suitable for continuous processing of small-gauge coaxial cables such as 0.5mm².
In terms of stripping performance, the machine emphasizes controlled, layered processing. Tailored to the outer jacket and internal structure of IDCLVDS cables, the stripping action is gentle yet accurate, allowing clean removal of the outer layer without damaging the inner conductor or insulation. This preserves the cable’s signal integrity and produces neat wire ends, providing a solid foundation for subsequent soldering or connector assembly.
From an operational standpoint, the coaxial stripping machine features a clear and intuitive parameter interface. Stripping length and processing rhythm can be flexibly adjusted to meet different product requirements. Even during long-term operation, the machine delivers stable output and excellent repeatability, helping improve overall production yield.
Overall, the IDCLVDS 0.5mm² automatic feeding coaxial wire stripping machine is distinguished by high precision, stable feeding, and gentle stripping performance. It effectively meets the dual demands of quality and consistency in high-speed signal cable processing and is a reliable key piece of equipment for precision electronic wire manufacturing.
