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PCB

Dynamic Bending Flexible Printed Circuit Board Solution

Dynamic Bending Flexible Printed Circuit Board Solution

Our Flexible PCB (FPC) is a high-performance flexible printed circuit board engineered for dynamic bending and repeated flexing applications. As a core component of flexible electronics, this flexible circuit board delivers reliable electrical connectivity while supporting complex 3D assembly, space-saving integration, and long-term cyclic bending durability. Widely adopted in consumer electronics, automotive modules, medical devices, and industrial control systems, our FPC flexible PCB combines lightweight construction, excellent flexibility, and stable signal transmission to meet the growing demand for miniaturized, portable, and motion-enabled electronic products

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Engineered Strategic Advantages

Superior Dynamic Bending & Cyclic Flexing Resistance 

Designed specifically for dynamic bending scenarios, our flexible PCB supports thousands of repeated flex cycles without circuit breakage, delamination, or performance degradation. It maintains stable electrical continuity under continuous motion, rotation, and folding, ideal for moving parts, hinge structures, and wearable devices requiring persistent flexing.

 

Ultra-Flexible & Space-Saving 3D Assembly

This flexible printed circuit board features high flexibility and bendability, enabling conformal routing, folding, and winding around complex shapes and tight spaces. It effectively reduces product thickness and weight, supports 3D circuit layout, and solves the space constraints of rigid PCBs, perfectly fitting miniaturized and compact electronic product designs.

 

Reliable Signal Transmission & Industrial-Grade Durability

Built with premium dielectric materials and conductive copper foils, our FPC flexible PCB ensures consistent impedance control and stable high-speed signal transmission during bending. It resists vibration, thermal cycling, and environmental stress, delivering long-term operational reliability for automotive, medical, industrial, and consumer electronic applications.

 

Industry Applications

Consumer & Smart Home Electronics

Standard and HDI FR4 boards are the foundation of modern smart devices, offering the perfect balance of miniaturization, signal stability, and mass-production economy.

Compact and thin Multilayer FR4 Board showcasing precise via-in-pad technology
Industrial Control & Telecommunications

For mission-critical servers, routers, and PLCs, our High-Tg, impedance-controlled multilayer boards ensure uninterrupted data transmission and extreme thermal durability.

Vibration tolerant and heat resistant Automotive PCB in a durable build
Automotive Electronics

Modern vehicles and EVs depend heavily on reliable electronics. From GPS and infotainment units to engine sensors, our multilayer FR4 PCBs provide the perfect balance of compact size, robust vibration tolerance, and heat resistance for long-lasting automotive performance.

Robust High Tg FR4 PCB ensuring long-lasting performance for car sensors

Capabilities Matrix

Specification Standard Capability Advanced Capability
Layer Count 2 - 12 Layers Up to 32 Layers
Board Thickness 0.6mm - 2.0mm 0.2mm - 3.2mm
Min Trace / Space 4 mil / 4 mil 2.5 mil / 2.5 mil
Impedance Tolerance ± 10% ± 5%
Material Tg Standard Tg (130-140°C) High Tg (170°C+)

Frequently Asked Questions

How do I know if I need Standard Tg or High-Tg FR4?
Standard Tg (130°C) is ideal for simple consumer electronics. If your PCB has 6 or more layers, operates in high-heat environments, or undergoes multiple lead-free soldering processes, High-Tg (170°C+) is strictly required to prevent via cracking and delamination.
Can FR4 be used for High-Frequency (RF) applications?
FR4 is highly capable for digital signals up to 2-3 GHz. Beyond that, significant signal loss occurs. We recommend our Hybrid PCB stackups—combining high-frequency Rogers cores with FR4 layers—to achieve microwave-level performance while maintaining cost efficiency.
What surface finish do you recommend for dense multilayer boards?
ENIG (Electroless Nickel Immersion Gold) is our standard recommendation for complex HDI/multilayer boards. It ensures a perfectly flat coplanar surface for BGA components and provides an excellent shelf life with high oxidation resistance.
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관련 상품

전문 PCB 설계 서비스 | 맞춤형 PCB 및 회로기판 설계 솔루션
전문 PCB 설계 서비스 | 맞춤형 PCB 및 회로기판 설계 솔루션

저희 전문가와 함께 전자 제품 개발 수준을 한 단계 높여보세요. PCB 설계 서비스. 저희는 다음 분야를 전문으로 합니다. 맞춤형 PCB창조, 회로 기판 설계최적화를 추구하고, 숙련된 일본 회로 기판 설계자들과 협력하여 정밀 엔지니어링 솔루션을 제공합니다.   기획부터 완성까지, 저희는 PCB 제조준비된 설계는 레이아웃에서 생산으로의 원활한 전환을 보장하여 혁신가들이 안정적이고 고성능의 회로 기판을 더 빠르게 시장에 출시할 수 있도록 지원합니다.

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