As a leading PCB manufacturer of rigid-flex PCBs, we specialize in manufacturing high-quality multilayer flexible printed circuit boards. This rigid-flex PCB is designed for compact electronic devices that demand reliable interconnections in dynamic bending environments. It utilizes FR4, PI, and NOFLOW PP substrates, with an ENIG surface finish. Our PCB blind/buried via-to-inner layer alignment accuracy is controlled within 0.05mm, ensuring reliable electrical connections and signal integrity.
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As a leading PCB manufacturer of smart ring rigid-flex PCBs, we specialize in manufacturing highly flexible rigid-flex PCBs. This rigid-flex PCB is designed for smart rings used in gesture control, health monitoring, and wireless communication. It utilizes FR4, PI, and NOFLOW PP substrates, with an ENIG surface finish. Our PCB adopts RA copper, which significantly extends the service life and bending performance of the PCB.
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As a leading PCB manufacturer of robotic PCB, we specialize in manufacturing highly flexible rigid-flex PCB. This rigid-flex PCB is designed for motion control systems and central control systems in industrial robots, humanoid robots, and medical rehabilitation robots. It utilizes FR4, PI, and NOFLOW PP substrates, with an ENIG surface finish. Our PCB achieves 0.03mm trace width/spacing, enabling highdensity signal transmission and enhanced intelligence for robotic applications.
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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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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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