Rotary Blade Coaxial Cable Stripping Machine

This device is a semi-automatic rotary blade wire stripping machine specifically designed for high-precision coaxial cable processing, widely applicable to coaxial cables, shielded cables, and various complex multi-layer wrapped wire processing. Compared to large-scale fully automatic production line equipment, this model excels in operational flexibility, adaptability to production site constraints, and overall cost-effectiveness, capable of precisely meeting the process requirements for precision electronic component connection wires.

The core cutting mechanism adopts an advanced four-blade rotary cutter head design, combined with a high-precision motor drive system, enabling stratified stripping of the wire's outer skin, metal shielding layer, and inner insulation layer. Its unique rotary cutting trajectory effectively ensures the flatness and depth consistency of the cut, and while removing the outer material, it can greatly minimize microscopic physical damage to the inner conductor or internal shielding mesh.

In terms of production consistency and process control, the equipment employs a precision ball screw transmission system, refining the cutting depth adjustment unit to 0.01mm. This micrometer-level adjustment precision enables enterprises to maintain extremely high product qualification rates when handling signal transmission lines with stringent electrical performance requirements, significantly improving traceability and stability from single-piece samples to medium to large-scale batch production.

The humanized interactive interface and control system are also major highlights of this equipment. The built-in bilingual (Chinese and English) LCD display screen provides intuitive operation and supports storage of up to 99 different processing parameter schemes. Technical personnel can quickly retrieve processing data simply by referencing the wire type number. The schemes cover everything from ordinary signal cables to large-diameter shielded cables commonly used in the new energy sector, greatly reducing the time cost of wire changeover and debugging.

This model features a sturdy structure, utilizing imported tool steel and tungsten carbide as cutter materials, offering exceptional wear resistance, suitable for long-term stable processing tasks in high-precision fields such as electronic manufacturing, communication equipment maintenance, and aerospace supply. Its compact body layout and efficient production rate can effectively alleviate efficiency bottlenecks and poor yield rates caused by manual wire stripping.