PCBSync 4-Layer Rigid-Flex PCB with ENIG Finish
Engineered for precision and built for performance, the PCBSync 4-Layer Rigid-Flex PCB is the ultimate solution for modern electronics that demand both structural integrity and design flexibility. Whether you’re developing wearable technology, aerospace components, medical devices, or compact consumer electronics, this board delivers where standard rigid or flex-only PCBs fall short.
Advanced 4-Layer Stack-Up With a 4-layer construction, this rigid-flex PCB supports complex routing requirements while minimizing electromagnetic interference (EMI). The multi-layer design enables higher circuit density, cleaner signal paths, and reduced board footprint — making it ideal for space-critical assemblies where every millimeter counts.
Premium ENIG Surface Finish The Electroless Nickel Immersion Gold (ENIG) finish provides a flat, highly solderable surface that is perfectly suited for fine-pitch SMD components and BGA packages. ENIG protects copper pads from oxidation, ensures consistent solder joints, and extends the product’s shelf life — making it the preferred choice for high-reliability assemblies and multiple reflow cycles.
Rigid-Flex Technology By integrating rigid and flexible zones into a single unified board, PCBSync eliminates the need for connectors, cables, and additional solder joints that are common failure points in traditional designs. This reduces overall system weight, lowers assembly costs, and dramatically improves mechanical reliability in applications subject to vibration, bending, or repeated movement.
Quality You Can Count On Every PCBSync board undergoes rigorous electrical testing and quality inspection, complying with IPC-6013 standards for flexible and rigid-flex printed boards. RoHS-compliant materials ensure your product meets global environmental and safety regulations.
Key Highlights:
- 4-layer rigid-flex construction
- ENIG (Electroless Nickel Immersion Gold) surface finish
- IPC-6013 compliant
- RoHS-compliant materials
- Ideal for medical, aerospace, wearable & IoT applications
- Reduced connector count for higher reliability
