Engineered for advanced thermotherapy, this Polyimide (PI) Heating FPC provides precise, uniform heat distribution in an ultra-thin, flexible form factor. Its lightweight design is optimized for medical wearable devices, ensuring patient comfort while maintaining stable thermal performance. With excellent chemical resistance and mechanical durability, this circuit supports rapid heating cycles required for diagnostic sensors and therapeutic equipment, providing a reliable heating solution for cr
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Engineered for the next generation of smart accessories, this NFC-enabled Flexible FPC is optimized for E-ink screen phone cases. Utilizing advanced enamel wire technology, it ensures high-efficiency energy harvesting and stable 13.56MHz data transmission without the need for a battery. Its ultra-thin, flexible design allows for seamless integration into slim mobile covers, providing a robust solution for real-time display updates and wireless interaction in the growing smart retail and consumer
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Optimized for advanced medical diagnostics, this Flexible PCB (FPC) is engineered for high-precision electrode applications. Featuring a green hydrophobic solder mask and high-resistance carbon oil (400 OHM), it ensures stable signal transmission while resisting moisture and contaminants. The integrated silver connectors provide superior conductivity and reliable interface connectivity. Designed for patient monitoring and neurostimulation devices, this FPC offers the mechanical flexibility and e
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Engineered for high-performance printer interfaces, this 30-pin Flexible PCB is manufactured using advanced stamping processes to ensure superior dimensional accuracy and mechanical durability. It provides a reliable connection for high-resolution touch panels, maintaining signal integrity even under repetitive bending. This FPC is a critical component for industrial control displays, offering the flexibility and thermal resistance needed for continuous operation in modern office automation and
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Engineered for superior thermal management, this Aluminium Substrate FPC offers the perfect blend of high-efficiency heat dissipation and mechanical flexibility. Designed for high-power LED applications and compact automotive lighting, its foldable F4B structure allows for seamless installation in complex 3D housings without compromising electrical stability. With excellent thermal conductivity and durable bending performance, this board ensures a longer lifespan for heat-sensitive components in
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Specifically engineered for secure mobile payment systems and smart identity terminals, this 13.56MHz Rigid-Flex PCB delivers high-speed signal integrity in a compact, durable form factor. By integrating flexible circuitry with a stable rigid base, it eliminates the need for bulky connectors, significantly reducing device thickness. It is optimized for low-loss NFC transmission and high-frequency stability, ensuring reliable data exchange for financial transactions and secure access control in d
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Engineered for high-reliability environments, this 4-layer Flexible PCB (FPC) combines advanced Ceramic filling technology with a robust Immersion Gold (ENIG) finish. Designed to meet 94V0 flame retardant standards, it offers exceptional thermal management and signal integrity in ultra-thin, bendable configurations. Whether for aerospace sensors, high-end medical probes, or compact telecommunications hardware, this FPC ensures durable performance under extreme temperatures while maintaining a sp
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Our 0.8mm pitch FPC connectors are designed for high-density space-saving applications in modern electronics. Featuring a low-profile design and robust locking mechanism (ZIF/Non-ZIF options), these connectors ensure secure ribbon cable retention and excellent signal integrity. Engineered with high-temperature LCP plastics and gold-plated contacts, they provide superior heat resistance during SMT reflow and long-term anti-oxidation performance. Perfect for medical devices, wearable tech, and com
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Our 2-layer HDI PCBs are purpose-built for Electronic Shelf Labels (ESL) and smart retail display modules. Featuring advanced micro-via technology and an ultra-slim profile, these boards are optimized for low-power consumption and long-term battery efficiency. Designed to support E-ink displays and wireless communication (Zigbee/Bluetooth), our boards provide the high-density routing required for compact, energy-efficient retail hardware. We ensure superior signal integrity and surface flatness,
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As a leading OEM manufacturer of light stick PCB, we specialize in manufacturing smart glow stick PCB. Our service integrates ultra-thin FPC design, low-power BLE 5.2 modules, and advanced biometric sensor integration (PPG/IMU). Designed for for illumination and atmosphere, Our PCB features wide trace design and high copper foil coverage, which effectively reduce impedance and heat generation, thereby extending the service life of the light stick.
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High Thermal Conductivity Ceramic PCB Substrate is designed for high-power electronic applications requiring efficient heat dissipation and reliable electrical performance. Made with 96% Alumina Ceramic, this ceramic circuit board offers excellent thermal management, insulation properties and high-temperature stability. Ceramic PCB is widely used in LED lighting, power modules, semiconductor devices, automotive electronics and communication equipment. Customized ceramic substrate solutions are
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As a leading OEM manufacturer of miniature wearable PCB, we specialize in manufacturing smart ring PCB assembly. Our service integrates ultra-thin FPC design, low-power BLE 5.2 modules, and advanced biometric sensor integration (PPG/IMU). Designed for health monitoring and contactless payment applications, our PCB achieves a standby current of <10µA to ensure reliable short-range communication.
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