Introducing the PCBSync 14-Layer Rigid-Flex PCB with ENIG Finish — a precision-engineered printed circuit board solution built for demanding, space-constrained applications where both rigidity and flexibility are mission-critical.
Superior 14-Layer Stackup for Maximum Signal Integrity
With 14 conductive layers, this rigid-flex PCB supports complex routing, high-speed signal transmission, and dense component integration — all without sacrificing mechanical reliability. Whether you’re designing medical implants, military-grade electronics, or next-generation wearable devices, the multi-layer architecture ensures optimal impedance control and minimal electromagnetic interference (EMI).
ENIG Finish for Long-Term Reliability
The Electroless Nickel Immersion Gold (ENIG) surface finish provides an ultra-flat, oxidation-resistant surface that guarantees consistent solderability and excellent shelf life. ENIG is the industry-preferred finish for fine-pitch SMD components, BGA packages, and gold wire bonding — making it the ideal choice for high-precision PCB assembly.
Rigid-Flex Design: Flexibility Meets Durability
The hybrid rigid-flex construction eliminates the need for connectors and cables between board sections, reducing failure points, saving space, and lowering total assembly weight. This makes PCBSync’s 14-layer rigid-flex boards a go-to solution for compact product designs that require repeated flexing cycles.
Key Specifications:
- Layers: 14 (rigid-flex stackup)
- Surface Finish: ENIG (Electroless Nickel Immersion Gold)
- Applications: Aerospace, medical devices, IoT, wearables, defense electronics
- IPC Class 2 / Class 3 compliant
- Custom dimensions and impedance controlled stackups available
Why Choose PCBSync?
PCBSync combines advanced fabrication technology with strict quality control, ISO-certified manufacturing, and fast global delivery. Every board undergoes rigorous electrical testing and inspection before shipment.
Order your PCBSync 14-Layer Rigid-Flex PCB with ENIG Finish today and experience precision PCB manufacturing at scale.