EASTONTECH provides high-precision stripping solutions specifically engineered for the complex, multi-layer structure of coaxial cables. Our equipment focuses on maintaining the integrity of the dielectric and inner conductor through advanced mechanical control.
Our machines are designed to process a variety of specialized shielding wires:
Standard Coaxial Series: Including but not limited to RG, LMR, and JIS series cables.
High-Frequency RF Cables: Semi-flexible and flexible cables requiring high return loss performance.
Micro-Coaxial (MCX): Ultra-fine cables used in precision electronics and medical imaging.
Triaxial Cables: Capable of handling triple-layered shielding and insulation with sequential stripping.
The equipment's precision directly impacts signal transmission stability in the following fields:
Telecommunications: Fabrication of 5G RF jumpers and base station connectors.
Automotive Tech: Wiring for ADAS (Advanced Driver Assistance Systems) and infotainment modules.
Medical Technology: Assembly of high-shielding cables for MRI and ultrasound probes.
Aerospace: Production of vibration-resistant, high-temperature communication harnesses.
Manual stripping of coaxial cables often leads to "nicks" on the inner conductor or uneven braid trimming, resulting in high scrap rates for expensive RF materials.
| Performance Metric | Manual/Traditional Stripping | EASTONTECH Rotary Technology |
| Stripping Accuracy | Variable (Human dependent) | ±0.01 mm depth control |
| Layer Processing | Multiple steps/tools required | Up to 9 layers in one cycle |
| Setup Time | Manual adjustment (Slow) | Digital library (Quick Changeover) |
| Defect Rate | 3% - 8% average | Controlled below 0.1% |
Rotary Cutting Precision: Unlike V-blades that squeeze the cable, our rotary head rotates around the cable. This ensures the insulation is cut 360° evenly, preserving the concentricity of the cable core.
Programmable Parameters: Users can define the rotation speed, feed rate, and stripping sequence for each layer. This eliminates the need for manual trial-and-error during changeovers.
Industrial Durability: We utilize hardened tungsten carbide blades and high-torque stepper motors to ensure 24/7 operational stability in high-volume production environments.
The machine utilizes a "centering" mechanism that keeps the cable perfectly aligned. The CNC software controls the blade's radial feed depth with micron-level precision, stopping exactly before the conductor surface. This is critical for maintaining the VSWR (Voltage Standing Wave Ratio) of the final assembly.
Our centering jaw system applies uniform pressure to stabilize the cable. However, for significantly deformed cables, we recommend testing the stripping consistency as the rotary blade relies on the cable's concentricity for optimal results.
Most EASTONTECH models can handle up to 9 programmable layers. This includes the outer jacket, shielding braid, foil, and dielectric, allowing for complete preparation of the cable end in one cycle.
Our system supports a "Program Library." Once the parameters for a specific cable (e.g., RG-174) are optimized and saved, the operator can recall them via the touch screen in seconds, reducing downtime during product switches.
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