Advantages of the 50mm² Coaxial Cable No-Adjustment Semi-Automatic Wire Stripping Machine for Mass Production

　　In high-power communication systems, energy transmission modules, and RF equipment manufacturing, 50mm² coaxial cables are classified as heavy-duty conductors. Their large outer diameter, dense shielding layers, and multi-layer insulation make traditional stripping methods inefficient: blade depth is difficult to calibrate, strip length consistency is unstable, and shielding braids are prone to fraying. To solve these pain points, a no-adjustment semi-automatic stripping machine designed specifically for large-gauge coaxial cables has become a highly valuable tool for mass-production environments.

　　1. No-Adjustment Blade System Ensures High Stability

　　50mm² coaxial cables have thick insulation, and their material hardness varies across batches. Conventional machines require constant manual tuning of blade depth and cutting angle—otherwise the conductor gets nicked or the insulation does not fully separate. The no-adjustment blade mechanism uses a dual-sided enveloping cut, allowing the blade to automatically center itself based on the cable diameter. This eliminates manual calibration and guarantees a consistent stripping path regardless of batch variations.

　　2. High-Cycle Performance for Large-Scale Manufacturing

　　For mass production, precision alone is not enough—cycle speed is equally important. The machine uses a high-torque servo drive, and once the parameters are set, every motion path—clamping, cutting, stripping, and blade retraction—follows the same optimized rhythm. This enables continuous, high-frequency operation without re-tuning between cycles, providing a stable production tempo ideal for large orders.

　　3. Anti-Fray Protection for Shielding Layers

　　50mm² coaxial cables contain a high-density braided shield that can easily loosen if tension is uneven or the stripping force is excessive. The machine incorporates a two-stage cutting sequence: the first stage releases surface tension, while the second stage cleanly separates the insulation. The braiding remains compact and undisturbed. Dedicated holding fixtures maintain the braided shape and prevent stray strands, producing a clean stripping edge suitable for high-precision terminations.

　　4. Broad Compatibility with Multiple Coaxial Structures

　　Large coaxial cables vary in dielectric thickness, shielding density, and center-conductor hardness. The machine uses a wide-stroke guiding chamber, reinforced clamping modules, and intelligent displacement monitoring to accommodate different insulation materials and shielding structures. Because the no-adjustment blade system handles multiple cable types without tool changes, it is ideal for factories managing frequent model switching and diverse production runs.

　　5. Reduced Operator Dependency, Consistent Quality

　　Strip-length uniformity is a critical metric for mass-production environments. The machine’s automatic compensation logic and fixed-depth cutting path ensure every strip meets the same tolerance—regardless of operator skill. This results in higher yield rates, more stable downstream assembly, and far fewer quality fluctuations across large batches.