Key Advantages of the 5G Coaxial 0.05mm² One-Touch Changeover Stripping Machine with Inner-Conductor Protection

　　In 5G RF modules, miniature antennas, and precision communication devices, 0.05mm² ultra-fine coaxial cables are widely used. These cables feature extremely small diameters, dense internal structures, and delicate center conductors. Any instability during the stripping process can cause deformation, coating damage, or complete breakage of the inner conductor. To improve productivity and eliminate operator-dependent inconsistencies, one-touch changeover stripping equipment has become the preferred solution. Among all performance standards, *ensuring zero damage to the inner conductor* is the most critical benchmark.

　　1. One-Touch Changeover for Highly Flexible Production

　　Conventional coaxial stripping machines require manual adjustments whenever cable models change—clamping force, blade depth, and stripping stroke all must be reset. For ultra-fine 0.05mm² cables, even slight errors can lead to conductor damage. The one-touch system stores pre-configured parameter sets, allowing operators to switch cable types instantly. This dramatically reduces setup time and practically eliminates tuning errors, making it ideal for fast-shifting production environments.

　　2. Micro-Pressure Control Ensures Zero Damage to the Core

　　The center conductor of a 0.05mm² coaxial cable is extremely fragile. Excessive cutting force can easily flatten or break it. The machine uses a micro-pressure closed-loop control system, reading blade-load feedback in real time and adjusting penetration depth automatically. The blade engages only the insulation layer, never the conductor. Even if cable hardness varies between batches, adaptive force compensation guarantees the conductor remains perfectly intact.

　　3. Precision Alignment Prevents Off-Center Cutting

　　Because the cable diameter is so small, any lateral shift during stripping can cause the blade to cut into the inner layers. The machine uses dual micro-clamps and a central alignment guide to maintain perfect coaxial positioning throughout the entire stripping cycle. A high-resolution displacement sensor prevents rotation or micro-movement of the cable, ensuring each cut follows an identical, safe trajectory.

　　4. Multi-Stage Insulation Removal Protects the Shielding Layer

　　Ultra-fine coaxial cables often include delicate braided shielding, which can easily unravel if the insulation is removed abruptly. The machine applies a two-stage stripping sequence: first a controlled pre-release to reduce tension, then the main stripping operation. This prevents the shielding from being pulled or distorted, resulting in a clean, compact strip that ensures excellent soldering or crimping performance downstream.

　　5. Stable Output for High-Precision 5G Manufacturing

　　The one-touch system allows fast cable switching, while the precision stripping mechanism maintains consistent performance even during extended continuous production. The machine resists quality drift caused by heat, wear, or vibration, meeting the strict standards required in dense 5G module assembly lines.