Product Introduction:

The SC-6010 precision coaxial cable stripping machine delivers unmatched performance for processing RG174, RG316, and other high-frequency coaxial cables with 0.01mm ultra-precise stripping accuracy, making it the ideal automatic wire stripping solution for 5G antenna cable preparation, military RF connectors, and medical device wiring. This industrial-grade coaxial stripper features imported tungsten steel blades that maintain razor-sharp cutting edges through thousands of cycles while handling multi-layer shielded cables up to 6 layers thick. With its intuitive touchscreen interface and ball screw drive mechanism, operators can quickly program custom stripping lengths from 0.1mm to 60mm for micro-coaxial to Φ10mm thick cables, achieving 500-700 terminations per hour of burr-free, consistent quality required in aerospace avionics and automotive radar applications.
The compact benchtop coaxial cable stripper (600×210×300mm) combines foot pedal control for prototyping with full automation for mass production, eliminating the human error common in manual coaxial stripping while reducing labor costs in cable harness manufacturing. Its vibration-dampened construction ensures stable operation when processing delicate center conductors in satellite communication cables or MRI machine wiring, with adjustable depth settings that prevent shield damage during high-volume RF connector assembly. For ADAS sensor cable preparation or ultrasound probe wiring, the SC-6010’s Swiss-made cutting system delivers clean, repeatable strips that maintain signal integrity in mission-critical applications, outperforming laser stripping machines in both speed and cost-efficiency for most coaxial termination tasks.
Optional laser measurement systems can enhance the automated coaxial stripper’s already impressive ±0.02mm tolerance for microwave waveguide fabrication, while the modular design allows integration with auto-feeding systems to create a complete cable processing workstation for telecom equipment manufacturers. Compared to imported