Categorization:Harness Component

One, high-quality materials ensure signal stability and durability.
Medical-grade ultra-fine coaxial cable bundles usually use silver-plated or tin-plated copper conductors to ensure excellent conductivity and antioxidant capability. The insulation layer is made of low dielectric constant, low-loss FEP or PTFE materials, which not only reduces signal attenuation but also withstands sterilization and cleaning requirements in medical environments, providing a stable guarantee for high-frequency signal transmission.
Second, precision engineering enhances flexibility and bending resistance.
The inner conductor diameter is less than 0.1mm, which requires high-precision wire drawing and twisting processes to enhance flexibility and bending fatigue life. Medical-grade wires can withstand tens of thousands of bends without breaking, meeting the long-term use requirements of minimally invasive surgical instruments and wearable monitoring devices in complex environments.
III. Shielding and connection technology to ensure reliable transmission
The multi-layer shielding design (silver-plated copper woven layer + aluminum foil composite layer) effectively reduces electromagnetic interference, ensuring clear and stable image and data transmission. The harness shaping and port connection use high-precision miniature connectors, and stability is enhanced through welding, crimping, or laser welding technology. In addition, the entire production process is completed in a clean room, and it undergoes bending resistance, tensile resistance, shielding performance, and insulation withstand voltage tests to ensure long-term reliability.