Automotive HSD Semi-Automatic Shield Stripping Machine
In intelligent vehicles and high-speed in-vehicle communication systems, HSD cables are responsible for transmitting high-frequency signals between cameras, display modules, and control units.
Because signal integrity requirements are extremely strict, these cables typically incorporate precision shielding layers.
1. Processing Characteristics of HSD Cables
Compared with standard cables, automotive HSD cables are far more sensitive during processing:
• Thin and tightly bonded shielding layers
• Minimal spacing between insulation and conductors
• Strict requirements for concentricity and symmetry
Any uneven stripping can negatively affect connector assembly and signal stability.
2. Advantages of the Semi-Automatic Stripping Approach
The semi-automatic design strikes a balance between efficiency and control, making it ideal for HSD cable processing:
• Manual loading prevents abnormal cable stress
• The machine performs the critical stripping operation with high consistency
• Operators can visually monitor the process and make immediate adjustments
This approach reduces handling risks while maintaining reliable quality.
3. Core Design Highlights
1). Dedicated Shield Removal Mechanism
Designed for braided or foil shields, the stripping action is smooth and controlled, preventing tearing or residual material.
2). Stable Positioning and Clamping
Maintains axial alignment during stripping, eliminating twisting or displacement.
3). Precise Strip Length Control
High repeatability ensures compatibility with automotive connector assembly requirements.
4). Operator-Friendly Operation
Intuitive parameter settings and quick changeover support multi-model, small-batch production.
4. Typical Application Areas
• Automotive camera HSD cable assemblies
• Center display and infotainment systems
• High-speed data transmission modules
• Advanced driver assistance system (ADAS) wiring
In these applications, shield processing quality directly impacts overall system performance.
