HSD Cable Stripping Machine
The HSD high-speed data cable features a precise internal structure composed of twisted pairs, shielding layers, isolation materials, and highly accurate terminal interfaces. These elements make the cable extremely sensitive to stripping quality. A dedicated HSD cable stripping machine is engineered specifically for these structural requirements and ensures stable, repeatable processing.
1. Maintains impedance stability and protects the signal structure
HSD cables rely on symmetrical geometry and consistent length to achieve stable transmission. The stripping machine performs segmented stripping under controlled clamping, ensuring:
The twisted pair remains undisturbed
Shielding layers stay intact
The dielectric layer is not damaged
This preserves the cable’s impedance profile and minimizes signal reflection.
2. Precision multi-layer stripping for complex shielding
HSD cables typically use aluminum foil plus braided copper dual shielding. Through multi-stage blade control, the machine removes the jacket, shielding, and insulation in sequence without causing mesh deformation or flattening, resulting in highly reliable terminal crimping.
3. Consistent core wire length for higher assembly yield
HSD connectors are extremely sensitive to the reserved length of the individual cores. The stripping machine uses step-indexed positioning to ensure uniform core wire length, preventing deformation or poor contact during crimping.
4. High-frequency optimized blade design
Specially tuned blade angles cut through the outer jacket without touching the inner conductors. This maintains the original geometry of the cable and eliminates scratches or compression marks.
5. Automation reduces human error and increases productivity
Manual stripping of HSD cables is prone to inconsistency due to unstable force control. The machine standardizes every action into a programmable sequence, greatly reducing scrap rate and eliminating operator-dependent errors.
6. Compatible with LVDS, Ethernet, and other automotive high-speed cables
The same platform supports multiple cable types and dimensions, making it suitable for radar cables, camera cables, LVDS display cables, and other high-frequency automotive harnesses—improving overall production flexibility.
