When an application involves repeated bending, continuous motion, limited space or high-reliability requirements, the conductor structure is often the key factor that determines product performance.
Voice-coil leads, spider leads, tweeter wires and tinsel leads. The weight, conductivity and mechanical characteristics of voice-coil conductors directly affect sound quality and service life.
Leads for acoustic drivers in laptop computers — ultra-fine gauges balance light weight and precision manufacturing; earphone cables stand up to repeated bending in daily use.
Signal cables of ECG, SpO2 and other physiological-sensing devices must flex with body movement; insufficient shielding leads to signal drift and reading errors.
Cabin and satellite signal applications demand light weight, small volume and high flex life while maintaining EMI stability under extreme temperature and vibration.
Feedback signal and control lines of joints and servo motors endure high-frequency torsion; the structure must distribute stress to prevent fatigue strand breakage.
Transmission and sensing conductors for tendon-driven robots carry mechanical loads and signals simultaneously under continuous reciprocating tension.
Stretchable, washable and sewable conductive-yarn conductors, with heat-press laminate options for easy integration into smart fabrics and sensor garments.
Internal connections for folding and rotating devices must survive repeated bending in minimal space, balancing flexibility, light weight and long life.
Not sure which structure fits? Tell us your OD, DCR, motion pattern and operating environment, and we will recommend a conductor structure.
Describe Your Application
Scan the QR code to add us on WeChat
